Andrew Abila的动态

Subbaiah Research Institute and JNN College of Engineering Shivamogga have signed an MoU to launch the C-CAMP Inter-Institutional Biomedical Innovation Programme (CIBIP). This collaboration will drive innovation and advancements in biomedical research. Looking forward to the impact we’ll create together! #BiomedicalInnovation #Collaboration #Research #CIBIP #Shivamogga

Hi all, I’m excited to share that I’ve successfully completed the NPTEL course on Bioengineering: An Interface with Biology and Medicine. This course has been an incredible learning experience, allowing me to deepen my understanding of how bioengineering is shaping the future of healthcare. ?? Course Highlights: Exploring the intersection of biological sciences and engineering technologies. Gaining insights into medical devices, diagnostics, and therapeutic technologies. Understanding the role of bioengineering in improving patient care and treatment outcomes. Learning about cutting-edge innovations that are transforming healthcare systems globally. ?? Key Takeaways: Interdisciplinary knowledge bridging biology, engineering, and medicine. Enhanced skills in biomedical instrumentation, biomaterials, and medical imaging. A solid foundation for tackling real-world challenges in healthcare technologies. This course has not only strengthened my technical skills but has also provided me with a broader perspective on the role of bioengineering in advancing modern medicine. I look forward to applying these insights and contributing to the future of healthcare innovation! #Bioengineering #HealthcareInnovation #BiomedicalEngineering #NPTEL #LifelongLearning #MedicalTechnology #BioengineeringInMedicine

?? Revolutionising Patient Care Through Medical Physics ?? Explore how cutting-edge advancements in medical physics are transforming the healthcare landscape! From innovative treatments to life-saving technologies, medical physics is playing a pivotal role in enhancing patient outcomes and shaping the future of medicine. ???????? We are proud to announce that this is the theme for the AOCMP & SEACOMP 2024 Congress – where leading experts will gather to discuss the latest breakthroughs and innovations in medical physics #AOCMP2024 #SEACOMP2024 #MedicalPhysics #HealthcareInnovation #PatientCare #FutureOfMedicine #MedicalAdvancements #TechInHealthcare #MedicalPhysics #AOCMP2024 #SEACOMP2024 #MedicalPhysics #HealthcareInnovation #Penang #Malaysia #Research #NuclearMedicine?? #SEACOMP2024 #RadiationProtection #wembleystgiles #researchers #nuclearmedicine???? #MedicalImaging #radiation #radiationtherapy #InnovationInHealthcare #GlobalCollaboration

It's tomorrow. Can't wait. Here is my poster abstract. Title: Why brain slices should be used as part of the developmental pipeline when screening a drug’s activity in the central nervous system Due to their relatively inexpensive and high-throughput workflow, in vitro assays are relied upon to predict toxicity and efficacy. However, concerns have been raised over the reliability of the cell-based assays frequently used in drug candidate and toxicity screening. In particular, these assays typically have cells of the same type cultured in a monolayer, which limits cell-cell interaction and cellular differentiation. As well, such models fail to reflect the cellular diversity and microenvironment that exists in vivo, which may significantly alter how cells respond to a drug. Tissue-based models, on the other hand, retain the cellular diversity and architectural complexity of the in vivo microenvironment, which should generate results that more accurately reflect a drug’s behaviour. To illustrate the possibility that a compound may behave differently in cell-based and tissue-based models, I used an example of the latter type (acutely prepared brain slices) to examine an effect that has previously been observed when dissociated neurons are treated with the stress hormone corticosterone. In particular, while an increase in the cell-surface localization of AMPA receptors over time was observed after corticosterone treatment in dissociated neurons, these receptors were downregulated in brain slices. My findings are among several examples that encourage the addition of brain slices in the drug development process, especially for drugs involving the central nervous system. Building on these observations, a method to operationalize the use of brain slices for high-throughput screening using a multi-well format will be discussed.

Biomedical engineering senior Amirali Monshizadeh recently had the chance to do something not many undergrads get to do, present at a conference attended by almost 4,000 people! Learn more about Amirali's research and experience: https://shorturl.at/fgyFO #UIC #UICCollegeofEngineering #BiomedicalEngineering

Today I had a pleasure of being a speaker at Polish Biomedical Engineering Conference oragnized by Politechnika Poznańska ???? During speach I presented the part of research conducted during my #Phd studies. Participants had a opportunity to learn basic topics of correlation between degradation of knee joint cartilage and contact pressures occurred on articular surfaces. #science #medicalengineering #mechanicalengineering #medicine #engineering #biomedicalengineering #medtech #rnd #randd

Biomedical engineering (sometimes called medical engineering or bioengineering) is a relatively new field of engineering which applies engineering design and problem-solving skills to medical biological science to improve healthcare, including diagnosis, monitoring, and treatment. A simple but well-known example of biomedical engineering in action is the stethoscope. Biomdical engineering includes: #Bioinformatics – making devices to collect, analyze, and interpret biological data, such as DNA analysis. #Biomechanics – developing devices to study, augment, or replicate mechanical aspects of biological systems, such as prosthetic limbs. #Biomaterials – developing materials that mimic or interact with living systems, such as pacemakers. Thanks to Institute of Biomedical Engineering ICBAS- Abel Salazar Institute of Biomedical Sciences Institute of Biomedical Sciences - University of Sao Paulo Institute of Biomedical Science (IBMS), Academia Sinica Thrivus Institute Biomedical Science Academy EVA Biomedical European Development Institute Biomedical Research and Training Institute Avicenna_Biomedical_Institute A.B.I #atheenapandian

?? Excited to have attended the online webinar "All You Need To Know About Biomedical Engineering" conducted by Biomed Bro ?? Grateful for the opportunity to expand my knowledge in this field. Special thanks to Biomed Bro for organizing such an insightful session. Ready to apply these learnings on my professional journey! ?? #BiomedicalEngineering #ContinuousLearning #ProfessionalDevelopment

as Biomedical Engineering student may like me this course and I learned a lot of things #kfu #Biomedical_engineering