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This study analyzes the effects of bioclimate and masticatory factors on the regional variability of human cranial forms across 150 ethnic groups worldwide. Morphometric variables were generated using principal component analysis applied to 3D homologous models. Relationships between cranial form and bioclimate (temperature and precipitation) and masticatory factors (infratemporal space) were tested considering sampling bias due to past population movements during the late Pleistocene and/or early- to mid-Holocene. Cranial size correlated with thermal conditions, consistent with Bergmann's rule. The length/breadth proportion of the neurocranium aligned with Allen's rule for thermal adaptation, while no relationship with masticatory stress was found. Facial form responded to either climate or masticatory conditions, although the primary factor was unclear due to the high correlation between stresses. However, masticatory stress was identified as an equally significant factor behind facial flatness in cold regions, else than the effect of Allen's rule. High narrowness of nasal and orbital openings correlated significantly with cold temperatures and cranial size, suggesting not only functional but also allometric effect. This study demonstrated the complexity of environmental influences on cranial form diversity, nonetheless suggested reduction of selective pressure on cranial form caused by natural environmental stress due to the development of civilization. [ABSTRACT FROM AUTHOR]

Background: The literature does not clearly convey the relationship between eminential morphometry and non-contact anterior cruciate ligament (ACL) ruptures. This study attempts to reveal whether there is a relationship between non-contact ACL ruptures and eminential morphometry. Methods: Knee magnetic resonance images (MRIs) taken for the various indications between January 2022 and June 2023 were retrospectively scanned. The patients were categorized into 2 groups: those with an ACL rupture and those with an intact ACL. For each patient, eminential angle 1, eminential angle 2, medial eminential height, lateral eminential height, total eminential height, eminential width, and the ratio of tibial plateau width and eminential width to the tibial plateau width were measured by 2 different orthopedists. Patients whose MRIs were used for measurement were evaluated and grouped according to their age, sex, and injury side. Results: In total, 400 MRIs of 400 patients were included in the study. While 200 patients had an ACL rupture, 200 had an intact ACL. The total eminential height in the ACL rupture group was measured at 16.1 ± 2.6 mm and 15.5 ± 2.7 mm (p = 0.035) in the ACL intact group. Eminental width in the ACL rupture group was measured at 12.1 ± 1.9 mm and 13.0 ± 2.0 mm in the ACL intact group (p = 0.0001). The tibial plateau width was 75.4 ± 15.7 mm in the ACL rupture group and 73.6 ± 5.8 mm in the ACL intact group (p = 0.002). According to the logistic regression analysis, the p-value for males was 0.0001, and for eminential width, the p-value was 0.0001. Conclusions: A significant difference was found between the ACL rupture and the ACL intact groups regarding eminential height, eminential width, and tibial plateau width parameters. Being male and having a low eminential width were identified as independent risk factors for non-contact ACL. Trial registration: Not applicable. [ABSTRACT FROM AUTHOR]

For decades, detectives and forensic scientists have relied on friction ridge skin comparisons to identify individuals in criminal investigations. This method involves examining (latent) fingermarks, typically captured as two‐dimensional (2D) images, and comparing them with known inked impressions or scans. The comparisons focus on general patterns, the location and orientation of minutiae, and additional characteristics like scars or pores. However, this common process overlooks other potentially valuable factors, such as handedness, biological sex, and the time since deposition, which could provide crucial investigative leads, especially in cases with partial or unclear ridge patterns. This study explored the potential of three‐dimensional (3D) optical profilometry (OP) to observe changes in fingermarks ridge height and volume over 7 days while considering hand dominance and biological sex. The results indicated that all the assessed 3D metrics were generally consistent in detecting the effects of sex and handedness, mostly noticeable on aged fingermarks. Specifically, females and impressions from their non‐dominant hand exhibited higher values. Additionally, the influence of time was evident, with fresh fingermarks showing significantly larger ridges in terms of height and volume. These findings suggest that 3D OP can enhance the probative value of fingermarks by inferring additional characteristics such as sex, handedness, and the age of the impression. These activity‐level propositions could provide useful information in cases where only partial or poor‐quality fingermarks are recovered, providing new data dimensions that could lead to more comprehensive forensic examinations. [ABSTRACT FROM AUTHOR]

The study aimed to standardize the cryodehydration technique for bovine fetal hearts, focusing on optimizing protocols for each developmental stage to preserve morphological characteristics. We analyzed 29 bovine fetal hearts categorized into early, middle, and late developmental stages. These hearts underwent cryodehydration until a 60%–70% reduction in original fluid volume was achieved. Biometric data were recorded and statistically analyzed using Pearson correlation tests for age versus weight and age versus number of cryodehydration sessions. Morphometric comparisons before and after cryodehydration were performed using paired t‐tests. In Group I, hearts exhibited well‐defined structures, including the atrium cordis, ventriculus cordis, auricula atrii, aorta, truncus pulmonalis, and ramus coronaries arteria, which were preserved in Groups II and III. Additionally, in Group I the heart had a conical or flat apex cordis, whereas those in Groups II and III had a more pronounced apex. The average number of cryodehydration sessions required was 9.38 (±1.2) days for Group I, 12.37 (±1.4) days for Group II, and 15 days for Group III. A positive correlation was found between age and sample weight, indicating that more developed hearts were heavier. Similarly, there was a positive correlation between gestational age and the number of cryodehydration sessions, suggesting that more advanced stages required more cryodehydration sessions. Paired t‐tests demonstrated high statistical significance in the morphometric parameters before and after cryodehydration, indicating a loss of mass during dehydration. However, there was no alteration in the macroscopic structure of the hearts, which remained morphologically preserved. In conclusion, cryodehydration shows promise for preserving and analyzing the external morphological characteristics of bovine fetal cardiac development. It also provides lightweight, odorless, and easy‐to‐handle specimens ideal for detailed morphological studies and offers a unique perspective for investigating cardiac morphology in biological research contexts. [ABSTRACT FROM AUTHOR]

This paper presents information on the morphological, morphometric, and dental sex differences in the dwarf round ray Urotrygon nana. We recorded 12 morphological traits, sex, the distribution pattern of dermal denticles, the number of tooth rows, and the tooth shape of 466 individuals. The disc width of females ranged from 50 to 172 mm and that of males ranged from 53 to 135 mm. A neuronal classification model and a correspondence analysis showed that female disc width was 21.5% broader, and the distance from the rostrum to the anus was 17.7% longer than that of males, whereas males presented 19.5% greater distance between the nostrils, 9.7% greater preorbital snout length, 6.8% greater cloaca to caudal‐fin length, 2.7% greater interorbital distance, and 1.1% greater total length than females. The disc of adult males, including the abdominal cavity area, was densely covered with dermal denticles, which were slightly larger than those observed in females. Females presented homodont dentition with molariform teeth and a smooth lozenge‐shaped crown with rounded margins. Males exhibited homodonty but with tooth morphology variations in individuals of different sizes (from molariforms to sharper cusp teeth). There were changes in disc shape (from subcircular to oval), distribution and size of dermal denticles (more abundant and larger), and tooth shape (from molariform to monocuspid teeth) during male development, from neonates to adults. U. nana exhibited sexual dimorphism in size, disc shape, number and shape of teeth, and distribution and size of dermal denticles. [ABSTRACT FROM AUTHOR]

The increasing use of drone technology to produce high-resolution digital imagery and elevation models has been associated with a growing interest in developing quantitative morphometric analysis (QMA). QMA analysis is an invaluable part of creating detailed topographic models in landslide scars that are still highly unstable and prone to erosion. This paper presents the results of a research that aims to create a topographic model in a landslide scarred area where the slope configuration is still varied. The study area was located in the landscape of the Cretaceous-Tertiary volcanic transition where many landslides have occurred. Three landslides were selected on the basis of different soil material characteristics that affect the topographic condition of the landslide scar. Aerial photography was recorded using a UAV with a flying height of 80 m, with an orthomosaic resolution of 1 cm. In detail, three morphometric variables (slope, plan curvature, topographic position index) were selected and calculated with the output evaluated based on visual-spatial interpretation. The results showed that morphometric variables performed well in modeling land surface topography. Steep slopes and surfaces with convex curvature are abundant at the ledges and landslide heads that allow water runoff to disperse as the initiation of gully erosion. The multidimensional gully erosion network is concentrated at relatively low elevations and surfaces with concave curvature. The undulating micro-relief of the land surface as a result of the process of material disposition builds up on each other to a gentle slope. Finally, the topographic model of the landslide surface can be used as a base material in implementation of both physical and vegetative land conservation strategies. [ABSTRACT FROM AUTHOR]

Morphometric characteristics of fishes were observable characteristics that are set of largely statistical methods used for examining variations in body size and shape. The objectives taken for the current study were to examine the complete morpho-biology of Schizothorax richardsonii from three major snow-fed rivers of the Kumaun Himalaya in Uttarakhand, India, and to establish the statistical relationship among various morphological characteristics related to body size and fin shape. In this study 120 fish specimen including 66 male and 54 female were studied for one year. Twelve distinct morphometric and five meristic counts had been examined in percentage of their body length and head length respectively. For biostatistics, the data was analysed by using various statistical methods including summary statistics, correlation, PCA analysis, Barlett’s test of sphericity, and multiple linear regression. Fish samples studied were found within the range of 17.7 – 42.2 cm in TL and BW from 60 - 780 gm. Morphological characteristics had high coefficient of correlation (r ≥ 0.90), indicating the characters' strong relationship, with the highest correlation (r = 0.99). Additionally, the coefficient of determination (R² ) value was found within the range of 0.62 to 0.99, which shows a significant relationship between the morphometric characteristics. PCA analysis revealed the major significance found among parameters, together with regression analysis. This study will provide a baseline data and a valuable insight into the population dynamics, and may contribute to the development of more effective strategies for the management. [ABSTRACT FROM AUTHOR]

The article discusses the value and potential pitfalls of using morphometric analysis of magnetic resonance imaging (MRI) in epilepsy, particularly in patients with first unprovoked seizures. The Morphometric Analysis Program (MAP) can help detect focal cortical dysplasia (FCD) in MRI-negative patients, potentially converting a nonlesional MRI into a lesional one. The commentary emphasizes the importance of cross-correlations and clinical concordance in interpreting MAP results, highlighting the need for expert interpretation and consideration of multiple imaging outputs. The authors caution against solely relying on MAP findings without considering clinical semiology and electroencephalographic (EEG) data, as epilepsy remains a clinical diagnosis that requires careful evaluation. [Extracted from the article]

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Abstract This study analyzes the effects of bioclimate and masticatory factors on the regional variability of human cranial forms across 150 ethnic groups worldwide. Morphometric variables were generated using principal component analysis applied to 3D homologous models. Relationships between cranial form and bioclimate (temperature and precipitation) and masticatory factors (infratemporal space) were tested considering sampling bias due to past population movements during the late Pleistocene and/or early- to mid-Holocene. Cranial size correlated with thermal conditions, consistent with Bergmann’s rule. The length/breadth proportion of the neurocranium aligned with Allen’s rule for thermal adaptation, while no relationship with masticatory stress was found. Facial form responded to either climate or masticatory conditions, although the primary factor was unclear due to the high correlation between stresses. However, masticatory stress was identified as an equally significant factor behind facial flatness in cold regions, else than the effect of Allen’s rule. High narrowness of nasal and orbital openings correlated significantly with cold temperatures and cranial size, suggesting not only functional but also allometric effect. This study demonstrated the complexity of environmental influences on cranial form diversity, nonetheless suggested reduction of selective pressure on cranial form caused by natural environmental stress due to the development of civilization.

Abstract Background The literature does not clearly convey the relationship between eminential morphometry and non-contact anterior cruciate ligament (ACL) ruptures. This study attempts to reveal whether there is a relationship between non-contact ACL ruptures and eminential morphometry. Methods Knee magnetic resonance images (MRIs) taken for the various indications between January 2022 and June 2023 were retrospectively scanned. The patients were categorized into 2 groups: those with an ACL rupture and those with an intact ACL. For each patient, eminential angle 1, eminential angle 2, medial eminential height, lateral eminential height, total eminential height, eminential width, and the ratio of tibial plateau width and eminential width to the tibial plateau width were measured by 2 different orthopedists. Patients whose MRIs were used for measurement were evaluated and grouped according to their age, sex, and injury side. Results In total, 400 MRIs of 400 patients were included in the study. While 200 patients had an ACL rupture, 200 had an intact ACL. The total eminential height in the ACL rupture group was measured at 16.1 ± 2.6 mm and 15.5 ± 2.7 mm (p = 0.035) in the ACL intact group. Eminental width in the ACL rupture group was measured at 12.1 ± 1.9 mm and 13.0 ± 2.0 mm in the ACL intact group (p = 0.0001). The tibial plateau width was 75.4 ± 15.7 mm in the ACL rupture group and 73.6 ± 5.8 mm in the ACL intact group (p = 0.002). According to the logistic regression analysis, the p-value for males was 0.0001, and for eminential width, the p-value was 0.0001. Conclusions A significant difference was found between the ACL rupture and the ACL intact groups regarding eminential height, eminential width, and tibial plateau width parameters. Being male and having a low eminential width were identified as independent risk factors for non-contact ACL. Trial registration Not applicable.

Background: The external opening of the carotid canal (EOCC), the entry point of the internal carotid artery into the skull, varies across populations. This study characterized the EOCC with the mastoid process (shortest distance from the EOCC to the tip of the mastoid process [SDTCC]), the foramen magnum (shortest distance from the EOCC to the foramen magnum [SDFM]), and the midline of the skull base (shortest distance from the EOCC to the midline of the base of the skull [SDMCC]) in the Nigerian population. Materials and Methods: Fifty skull base pictures were taken in the plumed position with a digital camera. Measurements were taken using Image J software, and Euclidean distances were calculated. The shapes of the EOCC were noted. Paleontological Statistics (PAST 3.0) was used to perform descriptive statistics. Paired t-test and Pearson correlation were used to compare bilateral values and the relationship between the parameters, respectively. Results: The length (right, 0.53 [standard deviation (SD)=2.5] mm; left, 10.99 [SD=2.84] mm) and width (right, 13.96 [SD=2.43] mm; left, 14.16 [SD=2.09] mm) of the EOCC were recorded. In contrast to the populations in South Africa, Serbia, and India, the length of the EOCC obtained from this study is shorter than the breadth. The length of SDFM (right, 41.04 mm; left, 44.13 mm), SDMCC (right, 58.4 mm; left, 57.97 mm), and SDTCC (right, 57.29 mm; left, 55.61 mm) was established among Nigerians. Conclusion: The Nigerian population showed EOCC of shorter length than the breadth compared to other populations, and the size of the skull is independent of the foramina size. These dimensions may provide information for procedures that affect the skull base.

Background and Aim: The productivity of sheep in humid tropical plantation areas relies on their ability to adapt. Oil palm plantations serve as potential grazing lands for livestock. This study aimed to identify Garut sheep adaptations in oil palm and rubber plantations of the Garut district, West Java, Indonesia. Materials and Methods: The total number of sheep used was 103 as the object of this study. Each individual of sheep was used for several different observations, including: Physiological assessment using 24 sheep of various ages, molecular analysis of heat stress using 31 sheep, worm egg count using 59 sheep, and for morphological assessment using 98 sheep. A general linear model was employed to analyze rectal temperature (RT), heart rate (HR), respiratory rate, number of eggs in each gram of sample feces, body weight (BW), body condition score, and morphometric measurements according to age and sex. Forage was compared between oil palm and rubber plantations during the vegetation analysis. Results: RT, HR, and panting frequency were significantly (p < 0.05) affected by the age and sex of the sheep. The mutation was found in the coding region of the HSP70 gene, which is approximately 232 bp long. Fecal eggs were found in 99% of the fecal samples, consisting of 100% Strongyle eggs and 1.75% Moniezia eggs. BW, body condition score, shoulder height, body length, pelvic height, chest circumference, and number of eggs were significantly affected (p < 0.05) by the age and sex of the sheep. The average fresh matter of vegetation under the plantation was 248.69 ± 120.94 g/m2 and 718.15 ± 249.93 g/m2 for oil palm and rubber plantations, respectively. Conclusion: Garut sheep were adapted to oil palm and rubber plantations in the humid tropical region. Plantations are potential sources of sheep grazing and roughage. Further research is needed regarding the consumption of forages in oil palm and rubber plantations.

The increasing use of drone technology to produce high-resolution digital imagery and elevation models has been associated with a growing interest in developing quantitative morphometric analysis (QMA). QMA analysis is an invaluable part of creating detailed topographic models in landslide scars that are still highly unstable and prone to erosion. This paper presents the results of a research that aims to create a topographic model in a landslide scarred area where the slope configuration is still varied. The study area is located in the landscape of the Cretaceous-Tertiary volcanic transition where many landslides have occurred. Three landslides were selected on the basis of different soil material characteristics that affect the topographic condition of the landslide scar. Aerial photography was recorded using a UAV with a flying height of 80 m, with an orthomosaic resolution of 1 cm. In detail, three morphometric variables (slope, plan curvature, topographic position index) were selected and calculated with the output evaluated based on visual-spatial interpretation. The results showed that morphometric variables performed well in modeling land surface topography. Steep slopes and surfaces with convex curvature are abundant at the ledges and landslide heads that allow water runoff to disperse as the initiation of gully erosion. The multidimensional gully erosion network is concentrated at relatively low elevations and surfaces with concave curvature. The undulating micro-relief of the land surface as a result of the process of material disposition builds up on each other to a gentle slope. Finally, the topographic model of the landslide surface can be used as a base material in making both physical and vegetative land conservation strategies.

Abstract. Data for this study were collected from 40 multiparous (F1) Friesian x Bunaji cows at the dairy herd of the National Animal Production Research Institute (NAPRI) Shika, Nigeria, to assess the effect of parity and lactation stage on milk yield, udder and teat morphometric traits of Friesian-Bunaji crossed cows as well the relationships between the parameters measured. The data collected include udder circumference (UC), udder depth (UD), udder width (UW), fore teat length (FTL), and hind teat length (HTL) and were subjected to Analysis of Variance (ANOVA). The means with significant difference were separated using Duncan Multiple Range Test modelled in SAS (2004) statistical package and the correlation analysis was performed using correlation procedure in SAS to identify relationships between morphometric traits and milk yield. The results obtained showed that parity had significant (p0.05) difference in all the parameters except milk yield. The early lactation stage had significantly (p0.05) difference. Based on the results in this study, it can be concluded that parity has effect on udder circumference, hind teat length and milk yield with second parity having the highest milk yield 8.60±0.72 litre/day), while lactation stage had no effect in all the morphometric traits except on milk yield with the early stage having the highest milk yield (8.15±0.35 litre/day). The second parity and early lactation stage are recommended for high milk yield in Friesian x Bunaji cows in the studied area.

Corcyra cephalonica (Stainton, 1866) (Lepidoptera: Pyralidae) is the common factitious host for mass culturing of several natural enemies due to its ease of mass production, adaptability to a variety of rearing conditions and its beneficial impact on reared insects. Our study aimed to determine the effect of various diets on the morphometric of C. cephalonica in different life stages. Based on pooled data of both the generations, longest (0.019 and 0.014 mm) morphometric dimension of eggs measured on D5 - Maize (48.5%) + Sorghum (48.5%) + Groundnut (3%) and D7 - Bajra (32.33%) + Maize (32.33%) + Wheat (32.33%) + Sugar (3%) were at par in both the diets, however shortest (0.014 and 0.009 mm) on D3 - Wheat (100%) diet. The respective values for maximum length and breadth of 1st, 2nd, 3rd, 4th, 5th larval, pre-pupal, pupal instars and adults female and male were (1.07 and 0.21 mm), (4.51 and 0.82 mm), (7.12 and 1.34 mm), (10.39 and 1.65 mm) and (12.98 and 2.14 mm), (9.94 and 2.51 mm), (10.32 and 2.79 mm), (10.53 and 2.46 mm) and (8.82 and 1.91 mm) on D5 diet whereas minimum (0.86 and 0.16 mm), (3.33 and 0.55 mm), (5.41 and 0.89 mm), (8.66 and 1.28 mm) and (11.14 and 1.37 mm), (9.46 and 2.25 mm), (7.76 and 2.19 mm), (8.28 and 1.50 mm) and (7.26 and 1.44 mm) were measured on D3 diet. From the present findings, it is concluded that D5 was the best diet for the rearing of C. cephalonica. Therefore, it can be optimized for mass production programmes for raising a variety of biocontrol agents. [ABSTRACT FROM AUTHOR]

Background and Aim: The productivity of sheep in humid tropical plantation areas relies on their ability to adapt. Oil palm plantations serve as potential grazing lands for livestock. This study aimed to identify Garut sheep adaptations in oil palm and rubber plantations of the Garut district, West Java, Indonesia. Materials and Methods: The total number of sheep used was 103 as the object of this study. Each individual of sheep was used for several different observations, including: Physiological assessment using 24 sheep of various ages, molecular analysis of heat stress using 31 sheep, worm egg count using 59 sheep, and for morphological assessment using 98 sheep. A general linear model was employed to analyze rectal temperature (RT), heart rate (HR), respiratory rate, number of eggs in each gram of sample feces, body weight (BW), body condition score, and morphometric measurements according to age and sex. Forage was compared between oil palm and rubber plantations during the vegetation analysis. Results: RT, HR, and panting frequency were significantly (p < 0.05) affected by the age and sex of the sheep. The mutation was found in the coding region of the HSP70 gene, which is approximately 232 bp long. Fecal eggs were found in 99% of the fecal samples, consisting of 100% Strongyle eggs and 1.75% Moniezia eggs. BW, body condition score, shoulder height, body length, pelvic height, chest circumference, and number of eggs were significantly affected (p < 0.05) by the age and sex of the sheep. The average fresh matter of vegetation under the plantation was 248.69 ± 120.94 g/m² and 718.15 ± 249.93 g/m² for oil palm and rubber plantations, respectively. Conclusion: Garut sheep were adapted to oil palm and rubber plantations in the humid tropical region. Plantations are potential sources of sheep grazing and roughage. Further research is needed regarding the consumption of forages in oil palm and rubber plantations. [ABSTRACT FROM AUTHOR]

Background and aims Palm fossils are often used as evidence for warm and wet palaeoenvironments, reflecting the affinities of most modern palms. However, several extant palm lineages tolerate cool and/or arid climates, making a clear understanding of the taxonomic composition of ancient palm communities important for reliable palaeoenvironmental inference. However, taxonomically identifiable palm fossils are rare and often confined to specific facies. Although the resolution of taxonomic information they provide remains unclear, phytoliths (microscopic silica bodies) provide a possible solution because of their high preservation potential under conditions where other plant fossils are scarce. We thus evaluate the taxonomic and palaeoenvironmental utility of palm phytoliths. Methods We quantified phytolith morphology of 97 modern palm and other monocot species. Using this dataset, we tested the ability of five common discriminant methods to identify nine major palm clades. We then compiled a dataset of species' climate preferences and tested if they were correlated with phytolith morphology using a phylogenetic comparative approach. Finally, we reconstructed palm communities and palaeoenvironmental conditions at six fossil sites. Key results Best-performing models correctly identified phytoliths to their clade of origin only 59 % of the time. Although palms were generally distinguished from non-palms, few palm clades were highly distinct, and phytolith morphology was weakly correlated with species' environmental preferences. Reconstructions at all fossil sites suggested that palm communities were dominated by Trachycarpeae and Areceae, with warm, equable climates and high, potentially seasonal rainfall. However, fossil site reconstructions had high uncertainty and often conflicted with other climate proxies. Conclusions While phytolith morphology provides some distinction among palm clades, caution is warranted. Unlike prior spatially restricted studies, our geographically and phylogenetically broad study indicates phytolith morphology may not reliably differentiate most palm taxa in deep time. Nevertheless, it reveals distinct clades, including some likely to be palaeoenvironmentally informative. [ABSTRACT FROM AUTHOR]

Obesity-related glomerulopathy (ORG) is a type of kidney disease induced by obesity, which can start in obese children and continue into adulthood. This work investigated the effects of olive cake (OC) on obesity-related renal complications in obese rats fed a high-fat diet (HFD) since weaning. Post-weaned male rats were divided into a control (C) rat fed a standard diet and obese (Ob) rat fed HFD for 14 weeks. Ob rats were divided into groups treated (HFD-OC) or not (HFD) with OC at 7.5% for four weeks. In comparison to the C group, the HFD group presented significant increases in kidney index, serum creatinine, urea, proteinuria, and a decrease in glomerular filtration rate. The OC treatment improved these parameters. The HFD group exhibited elevated values of triglycerides, total cholesterol, lipid, and protein oxidation, while superoxide dismutase, glutathione peroxidase, and catalase activities were decreased in the kidneys. OC improved oxidative stress markers, the lipid profile, and increased kidney antioxidant defenses. Additionally, it lowered pro-inflammatory cytokine levels in the serum and dipeptidyl peptidase-4 (DPP4) activity. Histomorphometric analysis showed glomerulopathy, mesangial cell proliferation, tubular distortion, and the lipid accumulation in the renal of adult obese rats in the HFD group, which was attenuated by OC. A molecular docking study showed strong binding affinities of vanillic acid and ferulic acid with 38-kilodaltons of mitogen-activated protein kinase and DPP4. This study reveals that OC delays obesity and prevents ORG in adult rats by reducing oxidative stress, renal lipid accumulation, proteinuria, inflammatory response, and DPP4 activity. [ABSTRACT FROM AUTHOR]

Purpose: To investigate the relationship between the morphological structure and hemodynamic properties of the compressed iliac vein and explore the reason for the formation of thrombosis in the compressed iliac vein. Materials and Methods: A total of 11 patients with iliac vein compression syndrome (IVCS) were included in this study, and their iliac veins were reconstructed in 3 dimensions (3D). The morphological structures of the iliac veins (confluence angle, degree of stenosis) were analyzed based on the 3D model. Variations in the hemodynamic properties of the iliac vein were investigated at 4 typical moments in one cardiac cycle, and the relationship between the different morphological configurations and the pressure difference was investigated. Results: In the region of the compressed iliac vein, the blood flow velocity is accelerated and the pressure changes abruptly accompanied by the increase in pressure difference. Higher time averaged wall shear stress (TAWSS) and lower relative residence time (RRT) appeared in stenosis regions of compressed iliac vein, while TAWSS was low and RRT was large near the stenosis position. There was a strong positive correlation between the degree of stenosis and the pressure difference (r=0.894), and a positive correlation between the confluence angle of the iliac vein and the pressure difference (r=0.638). Conclusion: The morphological structure of the compressed iliac vein has an obvious influence on the hemodynamic surroundings; the pressure difference becomes larger when the degree of stenosis and the confluence angle increase. The iliac vein luminal areas with low TAWSS and high RRT near the compressed location can impede blood flow and lead to accumulation of blood components, which may increase the risk of thrombosis formation and should be fully considered in the treatment of IVCS. [ABSTRACT FROM AUTHOR]

The comparative studies under laboratory conditions have been carried out to investigate the influence of different alternative host plants viz., bael [Aegle marmelos (L.)], curry leaves [Murraya koenigii (L.) Spreng.], ber (Zizyphus mauritiana Lam.) and lemon [Citrus limon (L.) Burm.f.] on biology and morphometrics of Lemon butterfly, Papilio demoleus (Linn.). The lemon is the most preferred host of P. demoleus used as a controlled experimental host plant. The variations in periods of larval, pupal and rate of emergence into adult have been recorded and found that the lemon was the most preferred host plant on which all the larval stages survived smoothly. The caterpillars when reared on alternative hosts showed an increase in average larval period. The average survival percent of larvae were reported highest on bael leaves, followed by curry leaves and ber leaves. Similar patterns of results were also recorded on the pupal period and rate of emergence with alternative hosts. The morphometric variations in weight, size and colour of caterpillars, pupae and adults were also measured and found in decreasing order of host preferences as lemon>bael>curry>ber. [ABSTRACT FROM AUTHOR]

The exotic disease like dengue which is more prevalent in metropolitan city like Delhi and surrounding areas, has now invaded our small state Manipur. This disease is causing health alert in valley areas particularly in Imphal East and West. Before going to details of the disease it is pertinent to know thoroughly the vector of the disease. Main objective of the study is to explore the diversity of Aedes species and morphometrics of the insect and their biological cycle and measures for prevention of this disease. The larvae, pupa and adults of the mosquito were collected from dengue affected homesteads and studied the morphological features in accordance with relevant keys. Dengue cases in different districts of Manipur had experienced a sudden surge from 2022-2023. The species collected from infected areas is Aedes aegypti but other species of Aedes is Ae. albopictus, more prevalent in hilly areas in the state. In metropolitan city like Delhi, the peak months of the year range from October to November but sporadic reports till January, 2024 in Manipur, primarily in the valley districts. Urgently, there is a need for a comprehensive study of the vectors, life cycle and understand any impacts of global climate change on the vectors to safeguard lives and the economy in the state. [ABSTRACT FROM AUTHOR]

Two ant-mimicking jumping spider species of the genus Myrmarachne MacLeay, 1839 (Araneae: Salticidae): Myrmarachne melanocephala and M. kiboschensis are recorded from Manipur, India. Ecologically, M. melanocephala are dominant as compared to M. kiboschensis and ecological niche seems to overlap in many cases. In the present study, the males and females of these species are re-described through morphometric data and their copulatory organ structures. [ABSTRACT FROM AUTHOR]

Environmental interactions have long been considered an important factor in morphological differentiation in fish species. This study evaluated the morphological variations in Ethmalosa fimbriata from three water bodies (Qua Iboe estuary, Escravos estuary, and Lagos lagoon) adjoining the Gulf of Guinea, Nigeria. Fish samples were collected with the assistance of fishers using nets and were taken to the laboratory, where they were identified. Morphological evaluations were thereafter made on a total of 450 samples, comprising 150 random samples from each water body. Fish from the Qua Iboe estuary and Lagos lagoon shared the most morphometric characteristics (weight, standard length, dorsal fin base, and caudal peduncle length) that were significantly different (P< 0.05) from those in the Escravos estuary. The length-weight regression of E. fimbriata can be described by the following equation: W = 0.163TL2.7078, W = 0.1915TL1.4322, and W = 0.2039TL1.4394 for Qua Iboe estuary, Escravos estuary, and Lagos lagoon, respectively. The regression coefficient b revealed that all three populations of E. fimbriata had a negative allometric growth pattern. Fish samples from the Lagos lagoon had the highest condition factor (1.01±0.02) while those from the Escravos estuary had the least (0.79±0.02). Conclusively, the study revealed that E. fimbriata from the Escravos estuary was less fit compared with the other water bodies. This may be attributed to crude oil pollution, overfishing, and frequent water disturbance by vessels. The data generated is critical to understanding population dynamics and further contributing to sustainable fisheries practices, management, and conservation efforts. [ABSTRACT FROM AUTHOR]

Data for this study were collected from 40 multiparous (F1) Friesian x Bunaji cows at the dairy herd of the National Animal Production Research Institute (NAPRI) Shika, Nigeria, to assess the effect of parity and lactation stage on milk yield, udder and teat morphometric traits of Friesian-Bunaji crossed cows as well the relationships between the parameters measured. The data collected include udder circumference (UC), udder depth (UD), udder width (UW), fore teat length (FTL), and hind teat length (HTL) and were subjected to Analysis of Variance (ANOVA). The means with significant difference were separated using Duncan Multiple Range Test modelled in SAS (2004) statistical package and the correlation analysis was performed using correlation procedure in SAS to identify relationships between morphometric traits and milk yield. The results obtained showed that parity had significant (p<0.05) effect on udder circumference, hind teat length and milk yield. The highest udder circumference (23.60±2.50 cm) and hind teat length (2.80±0.34 cm), respectively, were found in parity 5 and the least ones were obtained in parity 1. Parity 2 had significantly (p<0.05) higher milk yield (8.60±0.72 litres) followed by parity 4 (7.13±1.14 litres) but similar to parity 3 (6.67±0.58 litres) and the least (6.20±1.24 litre) was obtained in parity 5 (6.20±1.24 litres) but similar with parity 1 (6.25±0.75 litres). The results for lactation stage revealed no significant (p>0.05) difference in all the parameters except milk yield. The early lactation stage had significantly (p<0.05) higher milk yield (8.15±0.35 litre) followed by mid lactation stage (5.80±0.58 litre) but similar with the milk yield (4.38±0.86 litre) at late lactation stage. The results obtained for correlation indicated that the udder and teat morphometric traits and the milk yield measured showed varying degrees of relationships. The phenotypic correlations were positive and negative, low to high ranging from 0.00 to 0.69. The highest correlation coefficient (r=0.69; p<0.01) was obtained between udder circumference and udder depth. All the udder and teat morphometric traits measured were negatively correlated with the milk yield except udder width (UW) and had no significant (p>0.05) difference. Based on the results in this study, it can be concluded that parity has effect on udder circumference, hind teat length and milk yield with second parity having the highest milk yield 8.60±0.72 litre/day), while lactation stage had no effect in all the morphometric traits except on milk yield with the early stage having the highest milk yield (8.15±0.35 litre/day). The second parity and early lactation stage are recommended for high milk yield in Friesian x Bunaji cows in the studied area. [ABSTRACT FROM AUTHOR]

Indian jujube displays genetic diversity and does not prominently display minute morphometric variations, and this makes correct identification a difficult and long-term task. However, little work has been conducted to bring jujube cultivars into domestication. So, the present study aimed to evaluate eleven cultivars of Indian jujube in terms of the fruit's morphometric characteristics, as well as molecular marker studies by plastidial megakaryocyte-associated tyrosine kinase (matK) barcoding and inter-simple sequence repeats (ISSR) markers for species differentiation, identification, and relationships among Indian jujube cultivars. The results of the morphometric characteristics showed that the mean geometric diameter, surface area, sphericity, sphericity ratio, shape index, fruit length, fruit diameter, fruit weight, and seed weight varied among cultivars. The results also showed that the color values of L*, a*, and b* for fruits differed in different cultivars. In addition, the results showed a discrepancy in the genetic diversity parameters related to the matK barcoding, ISSR markers, and relationships among Indian jujube cultivars. Substantially, hierarchical clustering by heatmap revealed that 'Zytoni' and 'Um-Sulaem' with spines seem to be mono-clades distinct from other cultivars, which related to variations in the expression levels of genes. Therefore, they should be relied upon together to distinguish and identify cultivars in order to maximize the effectiveness of local germplasm conservation and exploitation. [ABSTRACT FROM AUTHOR]

This research aims to investigate the factors leading to siltation in Lake Limboto by analyzing its morphometric characteristics gathered through direct field measurements and remote sensing using Geographic Information System (GIS). Lake Limboto covers an approximate surface area of 26.09 square kilometers, boasts a maximum depth of 4 meters, and maintains an average depth of 2.83 meters. The Shoreline Development Index (SDI) stands at approximately 2.57, indicating an irregular shape of the lake's water body, while the Lake Volume Development (VD) index, at 2.12, suggests a generally flat lake bottom. The Relative Depth (Zr) registers at around 0.69%, as observed from the water turbidity level. The lakebed relief in the vicinity of the lake's periphery is predominantly flat and shallow, particularly in the western, northern, and southern regions, with depths measuring less than 2 meters. In contrast, the lakebed relief in the central and eastern sections tends to be less flat but still features depths of less than 4 meters. Siltation in Lake Limboto primarily results from high sediment input originating from erosion processes, agricultural activities, and settlements in the surrounding area. [ABSTRACT FROM AUTHOR]

Cold storage is a valuable technique for extending the survival time of parasitoid wasps, but it may have a detrimental impact on their survival and successful oviposition. In this study, we investigated the effect of cold storage of the larval and pupal stages of Aenasius bambawalei at 4°C for two and four weeks on their post-storage developmental time, adult emergence and longevity, female sex ratio, and morphometric characteristics. The highest emergence rate (72%) was observed in pupae after two weeks of cold treatment. In females, the shortest (8.40 days) and the longest (11.40 days) developmental time were seen in pupae and larvae exposed to two weeks of cold treatment, respectively. This trend was also similar in males, and the pupae and larvae subjected to two weeks of cold treatment showed the shortest (10 days) and the longest (11.8 days) developmental period, respectively. The sex ratio and adult longevity decreased significantly with the increase of immature stages’ cold storage period. Additionally, the length of the hind tibia and antennae decreased compared to the control. Based on these findings, we recommend two weeks of A. bambawalei pupae cold storage to increase the survival time of the parasitoid, as cold storage of larvae as well as long period cold storage of pupae, may have negative effects on the adult's fitness. [ABSTRACT FROM AUTHOR]

Nine morphometric and 16 morphological traits were used to characterize and quantify phenotypic relationships among Arsi, Bale and Jemjem cattle breeds. A total of 441 randomly selected adult cattle (342 females and 99 males) from three purposively selected districts were used. Univariate and multivariate analysis procedures of statistical analysis software (SAS) were used to analyze the data. Clear morphological and morphometric variations were not observed among the cattle breeds. The majority of the studied cattle possessed uniform coat colour pattern (78%), black coat colour (61%), forward-oriented horns (65.8%), widely spaced horns (71.4%) and curved horns (76%). They mostly had erected humps (96.2%), small humps (66.7), mainly located at the cervicothoracic position (77.8%) with a straight face (100%) and back profile (92%) while their rump was sloppy (100%). Overall, 44.4% and 45.6% were medium- and long-tailed, respectively, while most (72.1%) of the cattle possessed medium dewlap width. Most (57.6%) of the males had medium perpetual sheaths while naval flap was not observed on most (53.2%) of their female counterparts. In addition to the univariate analysis, the multivariate analysis also failed to show significant separation among the breeds, as indicated by the short Mahalanobis distances and low eigenvalues. In conclusion, Arsi, Bale and Jemjem cattle breeds were found to be phenotypically inseparable. However, the observed phenotypic similarities among these breeds do not necessarily mean that these cattle breeds are genetically the same. Therefore, further molecular characterization is recommended to quantify the degree of genetic relationships among the studied breeds.

Euthynnus affinis, also known as Kawakawa, is a species of fish that is very significant to the fishing industry, particularly in the Indo-Pacific area. Regrettably, its stock structure and regional species’ management are poorly understood. This research aimed to employ a morphometric approach and determine if different stocks exist among 188 specimens of E. affinis obtained from three different areas: the Celebes Sea, the South China Sea, and the Sulu Sea, all surrounding Malaysian Borneo. Multivariate studies, including PCA (Principal Component Analysis) and DFA (Discriminant Function Analysis), were utilized to differentiate eight E. affinis populations based on 12 morphometric parameters. The findings divulged that E. affinis populations of Malaysian Borneo (Sabah and Sarawak) were relatively homogenous, as indicated by the DFA and the principal component’s scatterplot. Moreover, hierarchical cluster analysis focused on the Mahalanobis distances demonstrated that eight populations of E. affinis were grouped into three separate groups. The first group comprises Kota Kinabalu (Sabah), Mukah, Bintawa, and Pulau Bruit (Sarawak) populations. Euthynnus affinis from Lahad Datu and Kudat (Sabah) were clustered in the second group, while the third group consisted of Tawau and Sandakan (Sabah) populations. This study’s findings will give important preliminary data on E. affinis for effectively managing and protecting Malaysian Borneo’s regional waterways.

During a survey of soil nematodes in South Africa, a species of predatory nematodes, namely Mylonchulus hawaiiensis was recovered from soil in the Magoebaskloof mountain of Limpopo Province, South Africa. The morphology of the material studied fit well with the previous populations of the same species. A molecular study of 18S rDNA region of M. hawaiiensis indicated a 100% similarity between the South African population and the Japanese population of M. hawaiiensis (AB361438; AB361439; AB361440; AB361442). In addition, phylogenetic analysis placed all M. hawaiiensis in a group with 0.97 posterior probability. Additionally, ITS rDNA of M. hawaiiensis amplified for the first time. However, Principal component analysis (PCA) showed a morphological variation among the different populations of M. hawaiiensis. In addition, haplotype analysis also revealed that the South African population is close to the Japanese population. In conclusion, 18S rDNA was a good marker for detecting M. hawaiiensis. Measurement, photographs, and phylogenetic position of South African M. hawaiinesis are given.

In this comprehensive study, we examined 15 distinct morphometric characteristics within seven Indonesian hornbill species. Precise measurements of these morphometric traits were obtained using 0.1 mm calipers and a 1000 mm measuring tape. Our analysis encompassed a total of 85 individuals representing seven hornbill species: Anthracoceros albirostris (18 individuals), A. malayanus (4 individuals), Aceros cassidix (3 individuals), Rhyticeros plicatus (7 individuals), R. undulatus (36 individuals), Buceros bicornis (1 individual), and B. rhinoceros (16 individuals). To elucidate the morphometric ratio data, we employed a robust analytical approach involving the Principal Component Analysis (PCA), Discriminant Analysis, and Cluster Analysis. Our findings underscored a clear separation between hornbill genera, primarily attributed to a combination of PC1 (pertaining to body length) and PC3 (associated with beak morphology). Key morphometric traits that delineated these genera on PC1 included tail length, beak length, horn length, total length, and wing length. Meanwhile, on PC3 (characterizing beak morphology), the distinguishing features encompassed beak width, horn width, and tarsus length. Additionally, our analysis unveiled the characteristics that distinguish species within the genera Anthracoceros and Rhyticeros to be a composite of tail length and head length. This discerning morphometric data facilitated the clustering of seven hornbill species into two distinct groups: Group I comprised A. albirostris and A. malayanus, while Group II included R. plicatus, R. undulatus, A. cassidix, B. rhinoceros, and B. bicornis. Notably, these groups exhibited a 31.93% degree of similarity. This dataset holds immense potential for facilitating genetic classification and comparative studies of Indonesian hornbills. [ABSTRACT FROM AUTHOR]

The study examined the spatial analysis of the morphometric characteristics of the Lower Orashi River, Niger Delta Region, Nigeria. The river course was segmented into 30 equal distances of 4.8m from each other and at each point, the morphometric parameters like width, depth, and flow velocity. The discharge was measured from these parameters. Descriptive and inferential statistics were employed for data analysis while results are presented using tables and graphs. Results showed that width of the river ranged from 77.90m to 2788.00m with the mean width of 318.83m. The depth ranged from 2.10 to 7.60m with the mean depth recording 4.14m as it was higher at the upper section of the river while it becomes lower as it is entering the Atlantic Ocean. Furthermore, width was significantly correlated with the depth (r= -0.556, p<0.05), cross sectional area (r= 0.989, p<0.05) and discharge (r= 0.987, p<0.05). Also, elevation was significantly correlated with cross sectional area (r= -0.506, p<0.05) and discharge (r = -0.511, p<0.05). More importantly, the cross sectional area was correlated with discharge (r=0.995, p<0.05). The study concluded that there is significant variation existing in the morphometric parameters namely width, elevation, cross sectional area and discharge among the segments along Orashi River. The study therefore recommended that the water course should be reduced of human activities to reduce the rate of soil loss or discharge and to boost the river floor with adequate morphological property. [ABSTRACT FROM AUTHOR]

This study was conducted to evaluate the effect of strains on growth performance and morphometric traits of two strains of commercial pullets (Isa brown and Nera black). A total of 90 chicks (45 chicks per strain) were purchased from a reputable hatchery. Each strain was further replicated three times with 15 birds per replicate. Growth performance and morphometric trait measurements were determined from 0 - 10 weeks of age. The growth performance traits studied were body weight (BW), weight gain (WG), feed intake (FI) and feed conversion ratio (FCR). The morphometric traits measured were body length (BL), wing length (WL), shank length (SL), breast girth (BG) and neck length (NL). Data obtained were subjected to an independent t-test using the SPSS package. The results indicated that BW and other growth performance traits (FI, WG and FCR) were significantly influenced (p<0.05) by the strain of pullets. Nera black pullets consistently had higher BW, WG, FI and FCR than Isa brown at all ages studied. However, morphometric traits were not affected by strains. It was also indicated in the study that regardless of strain, BW and all morphometric traits increased in mean values with the advancing age of the birds. Nera black was identified as having better BW because it had the highest mean value in BW and other performance traits and could be recommended to farmers for an increase in productivity. [ABSTRACT FROM AUTHOR]

Background: The foramen magnum is a centralised structure found at the base of the skull. This orifice is a passageway that allows secondary structures, such as the medulla oblongata and meninges, to pass through. The occipital condyles are small structures on either side of the foramen magnum, forming the craniovertebral joint. The hypoglossal canal is an orifice located on the occipital canal, providing a passageway for hypoglossal nerves. The study aimed to document the morphology and morphometry of the foramen magnum, occipital condyles and hypoglossal canals within a South African population. Materials and methods: Fifty skulls (n = 50) were randomly selected from the Department of Clinical Anatomy, School of Laboratory Medicine and Medical Sciences, University of KwaZulu-Natal. This study investigated the morphological and morphometric parameters of the foramen magnum, occipital condyles and hypoglossal canal. The morphometric parameters were measured using a digital Vernier calliper. The data was statistically analysed using SPSS, and a p-value of <0.05 was deemed statistically significant. Results: The mean length and width of the foramen magnum was found to be 35.19 mm and 27.77 mm, respectively. The mean index of the foramen magnum was 1.3, which indicated that the foramen magnum was predominantly oval-shaped within the selected sample. The occipital condyles have a mean length and width of 21.73 mm and 12.87 mm, respectively. Furthermore, the most prevalent shape of the occipital condyles was oval. The mean length and width of the hypoglossal canals were 5.14 mm and 3.87 mm, respectively. While the most prevalent shape of the hypoglossal canal was oval and round on the right and left sides, respectively. Conclusions: The findings of this study may assist in reducing the risk of injury and mortalities during trans-condylar approach procedures. [ABSTRACT FROM AUTHOR]

Objective: This study aimed to determine the values of volumetric and morphological parameters in Chiari malformation type 1 (CM1) patients in the Turkish population. Methods: This retrospective study was conducted at a single center and included patients diagnosed with CM1 between 2013 and 2023. The patients were separated into two groups: the group CM1 and the control group comprising healthy individuals (group control). The morphometric measurements were clivus length, supraocciput length, foramen magnum diameters, distance between the midbrain-pons junction and midbrain-medullospinal junction, cerebellar hemisphere height, tentorium angle, clivus angle, clivus-tentorium angle, posterior fossa volume (PFV), and cerebellar tonsillar morphology. Results: The cerebellar tonsillar herniation was 11.43±2.09 mm in group CM1 and -2.64±2.37 mm in the control group. The mean clivus and supraocciput length were 34.26±4.76 mm and 41.26±4.33 mm in group CM1 and 36.85±3.23 mm and 42.21±2.86 mm in the control group, respectively. The mean foramen magnum diameters were 31.41±3.28 mm in group CM1 and 35.64±2.32 mm in the control group (p<0.05). The mean PFV was 153.91±5.02 mL in group CM1 and 180.70±11.62 mL in the control group (p<0.05). Conclusion: Two parameters were statistically significantly decreased in CM1 patients (PFV and foramen magnum diameters), indicating the main morphometric change that guides diagnosis and treatment in CM1 patients. All other parameters examined in this study were deemed unnecessary because there was no significant difference between CM1 and the average population. [ABSTRACT FROM AUTHOR]

The study used remote sensing and GIS techniques for defining the watershed and computing various morphometric characteristics of the Wadi Al-Naft Basins in Diyala Governorate, Iraq. The findings reveal the existence of two sub-basins, each of which was found to have four streams order. The drainage density, a measure of the stream length per unit area, was found to be 0.19 and 0.16 km/km2, respectively. They found 153 streams, categorized into different orders based on size and connectivity. First-order streams were found to be 882.71 km in length, totalling 128, while second-order streams totalling 533.12 km in length. Third-order streams numbered 4 with a total length of 199.9 km, while there were two fourth-order streams with a total length of 57 km. These results may be utilised to examine water flow patterns in the area and are crucial for understanding the hydrological features of the Wadi Al-Naft Basin. To effectively manage water resources, the research underlines the value of GIS in obtaining data on water resources, including a range of morphometric factors. A valuable tool for water resource management, the paper outlines a systematic process for identifying and characterising watersheds that may be used in a case study. [ABSTRACT FROM AUTHOR]

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The current study investigates the morphometric and meristic characteristics of a small indigenous freshwater balitorid, Triplophysa marmorata, thriving in Manasbal Lake, Kashmir, India. The research involved the collection of 360 samples of Triplophysa marmorata from Manasbal Lake. A detailed investigation was carried out on 18 morphometric and 6 meristic characters of Triplophysa marmorata specimen whose length ranged from 28.66 to 164.1 cm. The analysis revealed that the morphometric measurements were dependent on body size and there was a gradual increase in body length. Regression analysis was performed between the independent variables TL and the dependent variables viz. SL, FL, PrAL, PrVL, PrDL, BD, HL, CFL, PFL and PVL as well as between the dependent variables HL and the dependent variables ED, SnL, PrOL and PoL. The results indicated a positive relation between various morphometric characters and both TL and HL, displaying correlations that ranged from medium to high strength. On the other hand the fish showed constant meristic characters where there was no change in meristic counts with the increase of body length. The fin formula is derived as D 6–9; P 8–10; V 6–7; A 4–6; C 13–18. The findings demonstrated characteristic morphometric traits exclusive to Triplophysa marmorata in Manasbal Lake establishing crucial data for future investigations into the biological dynamics and conservation objectives pertaining to the fish.

Sea grapes (Caulerpa lentillifera), also known as ''green caviar,'' are prized for their succulent texture and appearance resembling fish roe. However, their commercial viability faces challenges due to limited research on growth and quality enhancement. For 8 weeks, a 3 × 2 factorial indoor tank culture experiment was conducted to investigate the influence of salinity levels (27, 31, and 35) and fertilizer treatments (with and without) using a ratio of nitrate nitrogen to orthophosphate of 5:1 on sea grape growth and sensory attributes. Results showed that salinity, fertilizer, and their interaction significantly (P < 0.05) influenced sea grape growth. Salinity had a significant impact on all sensory attributes, while fertilizer and its interaction affected appearance, flavor, oceanic freshness, sweetish aftertaste, and taste. In conclusion, the study recommends sea grape cultivation at 35 salinity with fertilizer application for optimal growth and sensory qualities. These findings provide valuable insights for improving sea grape cultivation and enhancing commercial success.

Plant-parasitic nematodes are of great economic importance as widespread harmful plant pests of the world. Among them, root-knot nematodes, especially species of the genus Meloidogyne, cause significant damage to agriculture. In this paper the species composition, morphological and molecular genetic characteristics of root-knot nematodes in vegetable crops of the Zarafshan Valley of Uzbekistan were studied. As a result of morphological studies, three species belonging to the genus Meloidogyne were found in Samarkand region of the Zarafshan Valley; these species were Meloidogyne javanica, M. incognita and M. hapla identified by concentric lines in the anal-vulvar part of sexually mature female nematodes. The results show that the anal arch of M. javanica and M. hapla is low, and that of M. incognita is high. In order to additionally characterize the species of the discovered root-knot nematodes, we carried out their molecular identification. However, nucleotide sequence analysis in the 5S–ITS2 region of rDNA showed no differences between M. javanica and M. incognita, the overall difference being to 0.6%. These data indicate that both these taxa belong to the one species based on 5S–ITS2 region, but this datum should be supplemented by additional research with other genes. The sequence differences between the species M. javanica or M. incognita with species M. hapla amounted to 23%. Species analysis based on the analysis of morphological and molecular genetic indicators of root-knot nematodes is important because it was conducted for the first time in Central Asia. The studies conducted indicate that M. hapla, M. javanica and M. incognita are common on tomato farms in Payaryk, Akdarya and Jambay districts of Samarkand region of Uzbekistan.

Chiari malformation (CM) is characterized by herniation of the cerebellar tonsil(s) and/or medulla oblongata into the spinal canal, resulting in various morphometric abnormalities. The current study aimed to evaluate the magnetic resonance imaging (MRI) findings and morphometric features of the craniocervical region in patients who underwent surgery for CM. Demographic and radiological data were collected from 59 patients who underwent surgery for CM and a control group of 58 randomly selected nonsurgical patients. For between-group comparisons, Continuous variables were described as the mean (±SD) or median (IQR) and categorical variables as frequency (%). The mean age of the control group participants was 33.38 years. The mean age of patients in the CM group at the time of surgery was 33.83 years. The diameter of the foramen magnum, the maximum anteroposterior diameter of the C1 vertebra, the maximum diameter of the spinal canal at the C2 vertebra, and the atlantodental interval were all positively correlated with the total cerebellar tonsil length [r=0.54, 0.37, 0.42, 0.71]. Comparisons of total cerebellar tonsil length with other morphological and clinical variables, including contact between the brainstem and clivus, basilar invagination, preoperative hydrocephalus, remnant cartilage between the odontoid and C2 corpus, and associated craniovertebral junction anomalies, revealed no other significant correlations. CM is associated with many structural anomalies in the brain. However, there is relatively little detail in the existing literature on the morphometric parameters associated with the malformation. The findings of this study provide insights for future research and contribute to knowledge of the morphometric features of CMs in general and CMs in patients requiring surgical management in particular. [Med-Science 2023; 12(4.000): 1066-73]

A species of predatory nematode, Mylonchulus sigmaturus Cobb, 1917, was recovered around the soil and roots of banana plants (Musa paradisiaca) from four different localities of Pakistan. The male of this species represents a new record from Pakistan. Morphological and morphometric data of the species have been contributed along with the molecular study. The phylogenetic analysis using 18S rDNA placed the Pakistani populations of M. sigmaturus with the same species in a clade with 100 posterior probabilities. The first input of 28S rDNA data placed Pakistani M. sigmaturus in a separate clade with 100 posterior probability support, however close with Prionchulus punctatus (Cobb, 1917) Andrássy, 1958 and Clarkus papillatus (Bastian, 1865) Jairajpuri, 1970.

AbstractTrichopodus, the genus of dwarf gourami fish, is the oldest genus in the Osphronemidae family, with six valid species, three of which are found in Sumatra. In this study, the status, distribution, and morphometrics of Trichopodus leerii, T. pectoralis, and T. trichopterus from Sumatra were observed and analyzed. Although these species can be distinguished based on phenotypic characteristics, it is still possible to misidentify them in small or preserved samples. In this study, analyses were carried out on specimens in the collection of the Museum Zoologicum Bogoriense, combined with literature on the species status. The results showed that T. trichopterus and T. pectoralis were in the least concern category. T. trichopterus had the widest distribution, followed by T. pectoralis. T. leerii had the smallest distribution and is in a near-threatened conservation status. Further analysis revealed that 23 of the 25 measured morphological characteristics were informative, with the first three axes of a principal component analysis on morphometric data explaining 51.28% of the total variance in the sample. The three species were distinguished using a combination of pectoral fin length, eye diameter, pelvic fin length, and anterior snout width. Cluster analysis showed that there is consistency in the morphometrics of the species from various sample locations, where the same species are in the same clade. This research contributes to our understanding of the status and distribution of the species in genus Trichopodus and employs morphometric analysis to provide a practical key to classifying them in Sumatra.

Summary: Rotylenchus astragalus sp. n. is characterised by having females 841-1069 μ m long, stylet 28-31 μ m long, basal knobs rounded, dorsal pharyngeal gland orifice (DGO) 3-5 μ m, lateral field with four incisures, pharyngeal gland lobes slender, overlapping intestine dorsally for 4-12 μ m, excretory pore located just posterior to the hemizonid, vulva slightly posterior to mid-body, ovaries paired, phasmid opening relatively large and 8-18 annuli anterior to the anus, tail conoid and absence of males. The matrix code of R. astragalus sp. n. is A5, B3, C1, D4, E1, F2, G1-2, H3, I2, J2, K1. In addition, phylogenetic relationships of the recovered populations were analysed using sequences of the near full length small subunit (SSU) and D2-D3 segments of large subunit (LSU) rRNA genes. [ABSTRACT FROM AUTHOR]

Background: Human beings are bestowed with the power of bipedal locomotion; the clavicle serves as a strut that permits the upper limb to freely move away from the chest wall. The present study was conducted to assess variations in the number, position, and direction of nutrient foramina in the clavicle Materials & Methods: 54 dried adult human clavicles were taken. The foraminal distance from the sternal end (DNF) and the total length of the clavicle (TL) were measured. The foramen index (FI): FI = (DNF/TL) ×100, DNF = distance of nutrient foramen from the proximal end (sternal end) of the clavicle, TL = total length of clavicle, was calculated. Results: Out of 54 bones, 30 were males and 24 were females. The number of nutrient foramen was 1 in 42, 2 in 8, and 3 in 4 clavicles. The position of the nutrient foramen was anterior in 14 cases and posterior in 40 cases. Location was anterior one-third in 19 and middle one-third in 35 cases. The direction was towards the acromial end in 54 cases. The difference was significant (P< 0.05). The mean total length of the clavicle was 140.3 mm. The mean distance of foramina from the sternal end (DNF) was 64.1 mm. The mean foramen index (FI) was 45.3. Conclusion: Orthopaedic surgeons and radiotherapists treating clavicular pathologies need to be aware of morphometric information regarding the nutrient foramen and its variations. [ABSTRACT FROM AUTHOR]

The morphometric and meristic characteristics, length-length relationships (LLRs), length-weight relationships (LWRs) and relative condition factor of forty-one individuals of red cornetfish Fistularia petimba were studied for the first time from the North-West coast of India during February to September 2022. The maximum coefficient of variation was observed for inter-orbital length (25.85%) followed by lower jaw length (18.14%) and pectoral-fin length (16.96%). The morphometric index value was found <10% (genetically-controlled characters) for all the morphometric characters except total length with caudal filament length indicating restricted distribution. LLRs revealed isometric growth and high values of correlation coefficient (0.6109–0.9992). The b value of LWRs showed significant departure from 3 (p < 0.05) and hence negative allometric growth was recorded. The high R2 value of the LWRs indicates absolute fitness of the growth model and superior health status of the studied species. The mean condition factor value was calculated as 0.99 ± 0.04 indicating that the F. petimba population is in good health. Further, F. petimba is a reef-associated species forming a part of low-value bycatch which is mainly utilized for the preparation of fishmeal. Thus the provided morphometric and biometric information of the species will be useful for further biological, stock assessment and nutritional research in the region. [ABSTRACT FROM AUTHOR]