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134 results on '"Parhi, Rabinarayan"'

6. List of contributors

Author

AbouSamra, Mona M., primary, Alavala, Rajasekhar Reddy, additional, Anagha, K.K., additional, Arya, Sandeep, additional, Babu, A. Kishore, additional, Basha, Mona, additional, Basu, Biswajit, additional, Bhattacharya, Sankha, additional, Biswas, Arunima, additional, Budha, Roja Rani, additional, Chintamaneni, Pavan Kumar, additional, Deshmukh, Prashant K., additional, Dharmameher, Jidnesh B., additional, Giram, Prabhanjan S., additional, Islam, S.K. Manirul, additional, Jacob, Anu, additional, Jain, Pallavi, additional, Jena, Goutam Kumar, additional, Kamel, Rabab, additional, Kamwar, Kriti, additional, Kaur, Gurpreet, additional, Kaur, Jaspreet, additional, Kaur, Palki Sahib, additional, Kaur, Snimmer, additional, Kendre, Prakash N., additional, Kole, Eknath B., additional, KTK, Ashif, additional, Kumar, Aditya, additional, Kundu, Moumita, additional, Mandpe, Shilpa R., additional, Mohanta, Bibhash Chandra, additional, More, Mahesh P., additional, Mukherjee, Swarupananda, additional, Naik, Jitendra B., additional, Nair, Anagha R., additional, Nangare, Sopan S., additional, Pagar, Roshani, additional, Pal, Tiyas, additional, Pardeshi, Chandrakantsing V., additional, Pardeshi, Sagar R., additional, Parhi, Rabinarayan, additional, Parikh, Dhaivat C., additional, Patil, Pravin O., additional, Patil, Pritam B., additional, Patil, Tulshidas S., additional, Prajapati, Bhupendra G., additional, Prajapati, Vipul D., additional, Rajeshkumar, L., additional, Raman, Anirudh Pratap Singh, additional, Ramesh, M., additional, Rao, GSN Koteswara, additional, Saha, Amrita, additional, Sahoo, Suvendu Kumar, additional, Shailaja, P., additional, Sharma, Roopali, additional, Shinomol George, K., additional, Singh, Anoop, additional, Singh, Prashant, additional, Singh, Sudarshan, additional, Sivadasu, Praveen, additional, Sondhi, Sonica, additional, Vigneshwari, N., additional, and Yadav, Khushwant S., additional

Published
2023
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8. Contributors

Author

Almerco, Kelly Kathering Achachao, primary, Arafa, Mona F., additional, Khairunnisa-Atiqah, Mohamad Khalid, additional, Chaudhari, Prabhat Kumar, additional, Debnath, Surajit, additional, Dhapte-Pawar, Vividha, additional, Dhingra, Kunaal, additional, Duhan, Surender, additional, Eltaher, Hoda Maher, additional, El-Khordagui, Labiba Khalil, additional, El Maghraby, Gamal M., additional, Ghosh, Sujit Kumar, additional, Goyal, Lata, additional, Hafiza, A.H. Ainul, additional, Jadhao, Manojkumar, additional, Jadhav, Prakash Dilip, additional, Jena, Goutam Kumar, additional, Joshi, Garima, additional, Joshi, Ritika, additional, Kadam, Shivajirao S., additional, Khan, Taous, additional, Khanna, Pawan K., additional, Kumar, Atul, additional, Mazlan, Nyak Syazwani Nyak, additional, Mehta, Piyush Pradeep, additional, Mehta, Piyush P., additional, Naeem, Naveera, additional, Panchbhai, Aarati, additional, Parhi, Rabinarayan, additional, Said, Somiraa Samir, additional, Salleh, Kushairi Mohd, additional, Ullah, Hanif, additional, Wahid, Fazli, additional, Yadav, Khushwant S., additional, Yadav, Harlokesh Narayan, additional, Zafar, Nabila, additional, Zakaria, Sarani, additional, and Zere, Edlira, additional

Published
2023
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9. Nanoemulsions in Food Industry

Author

Jena, Goutam Kumar, Parhi, Rabinarayan, Sahoo, Suvendu Kumar, Egbuna, Chukwuebuka, editor, Jeevanandam, Jaison, editor, C. Patrick-Iwuanyanwu, Kingsley, editor, and N. Onyeike, Eugene, editor

Published
2022
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31. Contributors

Author

Albkerat, Ahmad Aref, Ambhore, Nilesh S., Angolkar, Mohit, Asha Spandana, K.M., Ashraf, Ghulam Md, Ayad, Youssef W., Babre, Nilesh, Bali, Sindhu D., Barik, Meghna, Bhandurge, Parixit, Biswas, Deepak, Chalasani, Sri Harsha, Chodnekar, Swarali Yatin, Das, Manisha, Dawabsheh, Hamza, Dilawari, Rahul, Dinesh Murugan, M., Divya, D., Duodu, Margaret Gyaawah, Dutta, Suman, Gangadharappa, H.V., Gharge, Shankar, Goswami, Sumanta Kumar, Gupta, N. Vishal, Halagali, Praveen, Hani, Umme, Haripriya, G., Harsha, S., Hornung, Simon, Kagawad, Pooja, Kathpalia, Karishma Vivek, Kumar, Ajay, Madhuchandra, K., Manjula, S.N., Mirza, Moonis, Narayanan, Sathveeka, Nayak, Devika, Nemichandra, S.C., Nilgirwar, Prakashini Saroj, Osmani, Riyaz Ali M., Panambur, Sahana, Paneyala, Shasthara, Paramshetti, Sharanya, Parhi, Rabinarayan, Patil, Darshan, Pura, Maria Angela B., Raj, Ritu, Ramakrishna, Darshan, Ramesh, Madhan, Rathnanand, Mahalaxmi, Roque, Josephine Cecilia V., Sai, Thummuru Ekshita, Saidi, Mohammad, Sastri, K. Trideva, Shanbhag, Sapna J., Shareef, Javedh, Sharma, Himanshu, Shehryar, Zaid, Shirodkar, Sanket Sunil, Shrestha, Shubham, Shukla, Anand Kumar, Siddiq, Abdelmonem, Singh, Ekta, Sridhar, Sathvik B., Syed, Jehath M., Thekkekkara, Dithu, Thomas, Pravin, Tippavajhala, Vamshi Krishna, Vaijanathappa, Jaishree, Wadan, Al-Hassan Soliman, and Yambao, Paul Emmanuel L.

Published
2025
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39. Transdermal Evaporation Drug Delivery System: Concept to Commercial Products

Author

Parhi, Rabinarayan and Swain, Suryakanta

Subjects
Computer science, Evaporation, Pharmaceutical Science, Review Article, Stratum corneum, 02 engineering and technology, 030226 pharmacology & pharmacy, 03 medical and health sciences, 0302 clinical medicine, Thermodynamic activity, General Pharmacology, Toxicology and Pharmaceutics, Process engineering, Transdermal, Solvent system, Supersaturation, business.industry, Drug permeation, lcsh:RM1-950, Transdermal route, 021001 nanoscience & nanotechnology, lcsh:Therapeutics. Pharmacology, Drug delivery, System concept, Crystallization, 0210 nano-technology, business
Abstract

Since two decades or so transdermal route established itself as better alternative to traditional oral route. This is possible due to continuous innovations in transdermal drug delivery (TDD), which not only enables researchers from academia and industry to successfully develop and launch many new pharmaceuticals but also allow to include new classes of drugs that can be developed into transdermal formulations. These successes are achieved due to the use of novel techniques based on either physical or chemical approaches. However, both of these techniques suffer due to their own disadvantages. Comparatively, a simple method of supersaturation to enhance drug permeation across skin has created a new wave of interest. Even though the application supersaturated principle in topical and TDD has been used from 1960s, but proper control of drug release and formation of stable supersaturated states has been the core of intense research in the last decade. Out of various methods used to get supersaturated system, evaporation method is considered as most efficient and practically feasible for TDD. Therefore, in this review concept of supersaturation, selection of solvent system and the mechanism of inhibition of crystallization are discussed. Application of evaporation systems in the development of transdermal formulations such as solutions, semisolids and metered dose therapeutic systems (MDTS) and the commercial evaporative systems are also discussed in this review.

Published
2018
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47. Contributors

Author

Acevedo-Morantes, María Teresa, Ahmed, Shakeel, Akhtar, Gazalla, Akhter, Arifa, Ali, Akbar, Ali, Wazed, Al-Khafaji, Yahya F., Alvarez, Vera A., Anandharamakrishnan, C., Annu, Anusha, N., Aslam, Jeenat, Balakrishnan, Preetha, Cano, Leonardo A., Edebali, Serpil, Gadkari, Rahul R., Ganaie, Tariq Ahmad, Ganie, Showkat Ali, George, Gejo, Gopi, Sreerag, Gull, Amir, Gurave, Pramod M., Hussein, Falah H., Ignacimuthu, S., Joseph, Kuruvilla, Kumar, Vikas, Li, Qing, Lone, Irfan Hussain, Maity, Subhankar, Masoodi, Farooq Ahmad, Mir, Sajad Ahmad, Mir, Tariq Ahmad, Moses, J.A., Hariram, Muruganandham, Nida, Sundus, Ollier, Romina P., Ortega-Toro, Rodrigo, Pandit, Pintu, Parhi, Rabinarayan, Piñeros-Guerrero, Nicolás, Muthuraj, Rajendran, Rather, Sajad Ahmad, Sanchez, Laura M., Sathiyaseelan, A., Shajahan, A., Vivekanandhan, Singaravelu, Singha, Kunal, Sankaranarayanan, Sivashunmugam, Thomas, P.C., Tomadoni, B., Wani, Sajad Mohd, Wilson, Runcy, and Yadav, Anilkumar L.

Published
2021
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48. RSM-Based Design and Optimization of Transdermal Film of Ondansetron HCl.

Author

Parhi, Rabinarayan and Panchamukhi, Tejasri

Abstract

Purpose: The main objective of the present investigation was to develop transdermal films of ondansetron HCl (OS) with polyvinyl alcohol (PVA) using Box-Behnken design and to optimize them employing Derringer's optimization tool. Methods: Design-Expert software was used to investigate the effect of independent variables such as concentration (%, w/w) of glycerol and 1,8-cineole, and number of Freeze-Thaw cycle (F-T cycle) on the dependent variables viz. ultimate tensile strength (UTS) and flux. The F-T cycle followed by solvent casting method was employed to develop films. Universal tensile testing machine and Franz diffusion cell were used to measure tensile strength and flux, respectively. Results: Quadratic model was found to be best fit model and the effect of concentration of glycerol and the number of F-T cycle significantly influences the tensile strength (p < 0.0001), whereas the concentration of 1,8-cineole significantly (p < 0.0001) influenced the flux. The optimized conditions were found to be 10% (w/w) of glycerol, 4.999 number of F-T cycle, and 7.499% (w/w) of 1,8-cineole using Derringer's optimization tool. Under these conditions, the predicted tensile strength and flux obtained were 18.322 MPa and 30.697 μg/cm2/h, respectively, with desirability of 0.791. Skin irritation potential study on the rat showed a score of 0.44 ± 0.13 on Draize scoring system. The optimized film was found to be stable for 3 months at room temperature and accelerated conditions (40 ± 2 °C temperature and 75 ± 5% RH). Conclusions: Above results imply that the optimized film of OS is a safe transdermal drug delivery tool which could be used as a potential alternative to oral dosage form. [ABSTRACT FROM AUTHOR]

Published
2020
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