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A patent has been issued for the design and placement of surgical implants by Innovation LLC, with the inventors focusing on improving patient outcomes and reducing adverse events during surgery. The patent describes a computer-implemented method that involves generating a surgical implant plan, obtaining intraoperative patient data, and modifying the plan based on virtual simulations. By utilizing feedback from previous patient outcomes, the disclosed embodiments aim to customize and tailor implants and procedures to increase the likelihood of successful surgeries for every patient. The patent emphasizes the importance of technology and innovation in enhancing surgical procedures and patient safety. [Extracted from the article]

A patent application by Agileworks LLC for a device to treat sleep apnea using High-Intensity Focused Electromagnetic Technology (HIFEM) and Radio Frequency (RF) Technology has been made available online. The device aims to strengthen breathing muscles and reduce fat in the airway to alleviate sleep apnea symptoms in a non-invasive and comfortable manner. It offers a novel approach that addresses the underlying muscular weakness associated with sleep apnea, potentially improving patient outcomes and compliance compared to existing treatments. [Extracted from the article]

A patent has been issued for devices and methods designed to partly isolate a target biological structure during laparoscopic surgery. The patent, assigned to Verily Life Sciences LLC, describes devices with balloons that can be inflated to support and isolate biological structures, reducing trauma to surrounding tissues. The invention aims to provide less traumatic techniques for laparoscopic procedures, offering potential benefits for patients undergoing surgery. [Extracted from the article]

The Korea Advanced Institute of Science and Technology (KAIST) has developed a new biotemplating method called CamBio, which utilizes specific intracellular proteins in biological samples to create functional nanostructures with high tunability. This method allows for the selective synthesis of nanostructures from diverse protein structures within biological specimens, improving performance on surface-enhanced Raman spectroscopy (SERS) substrates. The research team's findings were published in the international academic journal, Advanced Science, and the study received support from various programs including the National Research Foundation of Korea. [Extracted from the article]

Huwais IP Holding LLC has been issued a patent for a hollow-point condensing-compaction tool designed for expanding holes in bone to receive implants or fixation devices. The tool utilizes a technique called osseodensification, which compacts bone tissue while forming a hole, providing stronger purchase for implants and potentially faster healing. The patent details the design and features of the rotary tool, highlighting its ability to be used in both cutting and condensing directions for various applications in bone preparation. This innovation aims to improve surgical efficiency and expand the applicability of osseodensification techniques in the medical and industrial communities. [Extracted from the article]

The article discusses a patent issued to BTL Medical Solutions A.S. for an aesthetic method of biological structure treatment using a time-varying magnetic field. The method aims to enhance visual appearance by combining magnetic field treatment with conventional methods like thermal and mechanical treatments. The patent describes a device that generates a time-varying magnetic field and mechanical waves to stimulate muscle fibers, neuromuscular plates, or nerves innervating muscle fibers within a patient's body region. The invention focuses on improving treatment results, reducing adipocytes, and enhancing the visual appearance of the treated body region through targeted muscle contraction and remodeling of collagen and elastin fibers. [Extracted from the article]

A patent application titled "Methods And Devices For Aesthetic Treatment Of Biological Structures By Radiofrequency And Magnetic Energy" was published online by inventors LANG and SCHWARZ. The application discusses the use of mechanical and electromagnetic waves for non-invasive aesthetic treatments, highlighting the benefits and drawbacks of each method. The inventors propose a device and method that combines radiofrequency and magnetic treatments to provide muscle stimulation and heating to improve visual appearance and muscle functionality. The application also includes detailed information on the design and functionality of the proposed treatment device. [Extracted from the article]

Smith & Nephew Inc. has been issued a patent for devices, systems, and methods that provide instrument orientation feedback during orthopedic surgeries. The patent focuses on improving surgical instrument positioning through real-time optical feedback and audio signals to guide surgeons in achieving planned alignments. This technology aims to enhance the accuracy and efficiency of orthopedic procedures, particularly in joint replacement surgeries. [Extracted from the article]

A patent has been issued for an aesthetic method of biological structure treatment by a magnetic field, developed by inventors from BTL Medical Solutions A.S. The method aims to enhance visual appearance through non-invasive procedures, combining mechanical and thermal treatments with time-varying magnetic field treatment. The treatment targets adipose tissue, cellulite, body contouring, skin tightening, and rejuvenation, utilizing electromagnetic waves and magnetic impulses to stimulate muscle contraction and collagen and elastin fiber remodeling. The patent outlines devices and methods for optimizing energy use, increasing treatment effectiveness, and providing new aesthetic applications. [Extracted from the article]

A patent has been issued for a robotic surgical system designed for virtual reality-based telesurgical operations. The system aims to improve surgical training, credentialing, and performance assessment by providing simulations in a virtual environment. By utilizing machine learning and XR technology, the system can enhance surgical skills and reduce variability among surgeons. The patent, assigned to IX Innovation LLC, highlights the potential of emerging technologies in the field of surgery. [Extracted from the article]

Researchers from Kyushu University have developed a new technique using plants and fungi to create complex 3D microfluidic networks. By allowing plants and fungi to grow roots into a 'soil' medium made of glass nanoparticles and a binding agent, the team was able to create intricate microfluidic structures. This bio-inspired approach opens up new opportunities for studying and preserving 3D biological structures, with potential applications in various scientific and engineering fields. The findings were published in the journal Scientific Reports, showcasing the potential of nature-inspired solutions in overcoming limitations of conventional microfabrication techniques. [Extracted from the article]

A patent application titled "Aesthetic Method Of Biological Structure Treatment By Magnetic Field" was published online by inventors PROUZA, Ondra and SCHWARZ, Tomas. The application discusses the need for new aesthetic treatment methods that combine time-varying magnetic field treatment with auxiliary methods like thermal or mechanical treatments. The invention aims to enhance the visual appearance of patients by focusing on tissue remodeling, muscle contraction, and collagen and elastin fiber neogenesis through the application of magnetic and electromagnetic fields. The patent application outlines specific treatment devices and methods for applying time-varying magnetic fields to patients, particularly targeting the brain and other body regions. [Extracted from the article]

A recent study from the University of Naples Federico II highlights the significant role of the spleen in the immune system and its interactions with other organs in the body. Contrary to previous beliefs, the spleen is not a passive organ but plays a crucial role in various spleen-organ axes, such as the gut-spleen axis and the brain-spleen axis. This research opens up new possibilities for developing novel therapeutic strategies for a range of diseases, emphasizing the importance of understanding the functions of the spleen in overall health. [Extracted from the article]

A patent application titled "Suturing Devices And Methods For Suturing An Anatomic Structure" was published online by inventors Brosch and Nobles. The application describes devices and methods for suturing biological structures, particularly the aorta, to maintain hemostasis during surgical procedures. The system involves an elongate body, arms with suture mounts, needles, and a sheath to facilitate suturing while minimizing risks and complications. This innovation aims to improve surgical outcomes and patient recovery by providing a more efficient and less invasive suturing technique. [Extracted from the article]

A patent application by inventors from Brisbane, CA, US, proposes a system and method for identifying transdiagnostic features shared across mental health disorders. The system involves a machine learning model that processes MRI data and answers from mental health questionnaires to output a mental health indication for the patient. The patent application aims to address the limitations of current diagnostic approaches in psychiatry by using data-driven methods to find predictive biomarkers for measures of depressed mood, anxiety, anhedonia, and related negative symptoms. [Extracted from the article]

A patent has been issued for an aesthetic method of biological structure treatment by a magnetic field, developed by inventors from BTL Medical Solutions A.S. The method aims to enhance visual appearance through non-invasive procedures using time-varying magnetic fields and conventional treatments like radiofrequency therapy. The device generates magnetic pulses to optimize energy use, increase treatment effectiveness, and provide new aesthetic applications for body contouring, skin tightening, and cellulite treatment. The patent details the technical specifications and components of the device for treating patients. [Extracted from the article]

A patent has been issued for an aesthetic method of biological structure treatment by a magnetic field, developed by inventors from BTL Medical Solutions A.S. The method aims to enhance visual appearance through a combination of time-varying magnetic field treatment and conventional methods like thermal or mechanical treatments. The new treatment method utilizes electromagnetic fields to target adipose tissue, cellulite, body contouring, skin tightening, and rejuvenation, with a focus on muscle contraction and collagen and elastin fiber remodeling. The patent outlines specific devices and methods for implementing this innovative aesthetic treatment. [Extracted from the article]

A patent has been issued for a customized kit assembly for surgical implants by IX Innovation LLC. The patent aims to address the high rates of adverse events in surgical procedures by utilizing robotic systems to design and customize surgical implants for specific patients. The system allows for the selection of generic and customized components to create personalized surgical kits, potentially improving patient outcomes and reducing the need for follow-up surgeries. The patent outlines a computer-implemented method for generating virtual simulations, selecting components, and assembling surgical kits tailored to individual patients. [Extracted from the article]

Form Bio Inc. has been issued a patent for systems and methods to predict the results of a manufacturing process for generating biological structures. The patent aims to optimize gene therapy constructs by analyzing and simulating the manufacturing process using machine learning models. By predicting outcomes and providing recommendations for improvement, the system seeks to enhance manufacturing efficiency and reduce costs associated with multiple trials. The patent details a system that includes electronic storage, physical processors, and trained machine-learning models to generate recommendations based on predicted results of the manufacturing process. [Extracted from the article]

A patent application by inventor Esa Kuusela focuses on a neural network architecture for generating and applying radiation dosage to biological structures. The neural network model aims to optimize radiation therapy by accurately calculating treatment attributes and ensuring linear property conservation in dose calculation. This innovative approach could enhance the precision and efficiency of radiation therapy, benefiting medical professionals and patients alike. The patent application, assigned to Siemens Healthineers International AG, highlights the potential of neural networks in revolutionizing radiation therapy practices. [Extracted from the article]

A patent has been issued to Smith & Nephew Inc. for an actuated retractor with tension feedback. The invention relates to devices and methods for standardizing the collection of soft tissue tension and/or laxity information in a joint, such as a knee. The tensioning retractor includes spacers, a central carriage, and ramps, and is used to assess the laxity of a joint by measuring properties of the retractor and calculating the distraction force applied to the joint. This technology aims to improve the accuracy and consistency of surgical procedures, particularly in orthopedic surgery. [Extracted from the article]

A patent application by inventor Fernando Acevedo Fonseca describes a method and apparatus for drying biological material at a high rate while maintaining its activity and minimizing losses. The method involves generating microdroplets of the biological material with a low dry matter content and contacting them with a gas flow at a high ratio, resulting in quick drying and the formation of particles. The apparatus includes nebulizers, a fan or pump, a compartment for drying, a separation arrangement, a drying arrangement with a cooling element, and means for recirculating the dried gas flow. The invention is particularly useful for drying temperature-sensitive biological materials such as peptides, proteins, vaccines, and cellular microstructures. [Extracted from the article]

A patent application titled "Prosthetic Tissue Treatment For Desirable Mechanical Properties" has been published online by the US Patent and Trademark Office. The inventors, Holmberg and Ogle, describe methods for improving the performance and structural integrity of prosthetic tissue used in medical devices. The methods involve crosslinking the tissue with a dialdehyde crosslinking agent under a low oxygen atmosphere, as well as using pressure differentials and crosslinking solutions to form structures with fixed tissue. The patent application also discusses the use of three-dimensional printing to create forms for crosslinking tissue. [Extracted from the article]

Aignostics GmbH, a company based in Berlin, Germany, has been issued a patent for systems and methods for the detection and classification of biological structures. The patent describes a method for generating a machine learning model that can identify or classify biological structures depicted in images. The model is trained using a dataset of coregistered images and can be used to detect and classify various biological structures in medical diagnosis procedures. The patent provides detailed information on the methodology and techniques used in the system. [Extracted from the article]

BTL Medical Solutions A.S. has been issued a patent for a device and method that combines radiofrequency and magnetic energy for aesthetic treatment of biological structures. The patent addresses the limitations of current non-invasive treatments and proposes a device that offers improved results, shorter treatment periods, and increased patient comfort. The device includes segmented RF electrodes to minimize the effects of the magnetic field and enhance treatment efficiency and safety. It can be used on various body areas, such as the face, neck, or chin, with the aim of minimizing muscle and ligament injury while providing effective treatment. The patent provides detailed descriptions of the device's components and configurations. [Extracted from the article]

A patent has been issued to BTL Medical Solutions A.S. for a new method and device for aesthetic treatment using radiofrequency and magnetic energy. The patent addresses the limitations of current non-invasive treatments and proposes a combination of radiofrequency and magnetic treatment for improved and more comfortable results. The treatment device uses segmented RF electrodes to minimize the effects of the nearby magnetic field. The patent describes an applicator that allows for enhanced treatment targeting and positive results with minimal negative effects. The patent was filed by Frantisek Lang and assigned to BTL Medical Solutions A.S. [Extracted from the article]

A patent application titled "System And Method For Visualizing Volume Layers In Association With An Object" has been filed by inventors Banerjee, Jay; Luo, Jia; and Pande, Siddhant. The application describes a system and method for accurately visualizing volume layers on an object, such as a biological structure or surgical equipment, in a virtual environment. The system uses imaging data to generate volume layers and a virtual guide, which is projected onto the object to visualize the volume layers. The system can also incorporate tracking data, interaction data, and artificial intelligence to enhance the visualization process. The patent application provides detailed descriptions of the system's components and functionalities. [Extracted from the article]

A report from Beihang University in Beijing, China discusses the potential of artificial biological structures in regenerative medicine. The researchers highlight the importance of creating structures that mimic the complexity of tissues in vivo, and they propose using single-cell manipulation as a method for constructing these structures. The report provides an overview of single-cell technologies, their applications in constructing biological structures, and the challenges and future perspectives in this field. The research has been peer-reviewed and published in Advanced Functional Materials. [Extracted from the article]

A patent has been issued to Smith & Nephew Inc. for methods and devices related to arthroscopic video analysis. Arthroscopic surgery is commonly used for joint-related pathologies, and the visualization platform plays a crucial role in providing information to surgeons. However, contextual understanding of the arthroscopic field of view is limited to skilled surgeons, and real-time analysis of arthroscopic video data is challenging. The patent describes methods for analyzing surgical video data, generating analytical information, and associating it with the video feed output. These methods aim to provide real-time analytics during arthroscopic surgery, including labeling anatomical structures, identifying pathologies, and measuring the geometry of items in the field of view. [Extracted from the article]

Researchers have developed a new method for aesthetic treatment using a magnetic field. This method aims to improve the visual appearance of patients by combining magnetic field treatment with conventional methods. The treatment device includes a magnetic field generating coil, a switching device, and a blower to cool the coil. It can be used for body shaping, cellulite treatment, skin rejuvenation, and other cosmetic procedures. The patent application provides detailed technical specifications and variations of the device. [Extracted from the article]

A patent has been issued for a biocompatible construction for implantation into a joint or surgically created cavity. The construction includes a rotatable cutter with windows and sections that are curvilinear through multiple planes. This invention simplifies surgical procedures by reducing the number of tools and steps required, allowing for arthrodesis procedures to be performed in various joints. The patent provides detailed descriptions and claims for the biocompatible construction. [Extracted from the article]