Amgen Biotech Experience’s Post

When Carrie Hoefer, BS '10, PhD '15, became director of online programs at #UBuffalo SPPS in January 2023, her main goal was to get an online version of the pharmacometrics and personalized pharmacotherapy (PPP) graduate program up and running by fall 2024. With 13 students currently enrolled for the 2024-25 academic year, almost three times the number for the on-campus program, she appears to have achieved her goal. “We already have a wonderful PPP program on campus that really hits a lot of the boxes for students who recently earned their undergraduate degrees in biology or chemistry or pharmacy,” says Hoefer, who also serves as associate dean for undergraduate programs and as a clinical assistant professor of pharmaceutical sciences. Hoefer also created a two-year online graduate program in pharmaceutical sciences that will launch in fall 2025. This master’s program, which immerses students in diverse aspects of drug action — from drug discovery to drug evaluation — also aims to attract more professionals who need the flexibility of an asynchronous online program. SPPS also offers a micro-credential program in pharmacometrics modeling, which provides a snippet of the graduate program over three semesters. A dozen students began this micro-credential in spring 2024 and are currently on their way to becoming the first cohort to earn this new micro-credential. Several students are also considering continuing on with the master’s in PPP following their completion of the micro-credential. Read more about how these new online programs are accommodating working professionals at bit.ly/4cnsTi0 #PharmaceuticalSciences #Pharmacometrics #OnlineProgram

International Access to Pharmaceuticals and Infrastructure Development in Third-World Countries: Successes and Challenges Several third-world countries have made significant strides in developing their pharmaceutical infrastructure: Rwanda: Improved HIV treatment accessibility, reducing HIV prevalence. Bangladesh: Created jobs and became a major exporter of generic medicines. Ethiopia: Strengthened the health system with local pharmaceutical manufacturing. Kenya: Reduced dependency on imports through local production of essential medicines. India: Achieved breakthroughs in affordable treatments for diseases like tuberculosis and malaria. While these successes are promising, many third-world countries still face significant barriers such as inadequate funding, lack of skilled workforce, and limited technological resources. Continued international support, investment, and collaboration are essential. The Role of Trained Workers Developing pharmaceutical infrastructure and R&D capabilities hinges on highly trained professionals. These workers are crucial for leading and sustaining local manufacturing and research initiatives. Training Leaders at Azusa Pacific University's MS Biotechnology Program The Master of Science in Biotechnology Program at Azusa Pacific University trains the next generation of leaders in the pharmaceutical and biotechnology fields. The program equips students with the skills and knowledge to drive innovation and development, focusing on real-world applications and global health impact. Key aspects include: Comprehensive Curriculum: Advanced topics in molecular biology, bioinformatics, drug development, regulatory affairs, clinical trials, and pharmaceutical project management. Hands-On Experience: Practical training through lab work, internships, and research projects. Industry Connections: Networking and collaboration opportunities with industry leaders. Global Perspective: Emphasis on international health and biotechnology’s role in addressing global health challenges. Conclusion Training skilled professionals, as demonstrated by the MS Biotechnology Program at Azusa Pacific University, is a critical step in empowering individuals to lead and sustain the development of pharmaceutical infrastructure worldwide. APPLY NOW: If you wish to have a career that improves the health of thousands, join the MS Biotechnology Program at Azusa Pacific University for Fall 2024 at apu.edu/biotech. Questions? Please contact David L. Dyer at ddyer@apu.edu.

2023 was another strong year for the life sciences ecosystem in North Carolina, as noted by the North Carolina Biotechnology Center (NCBiotech). Here are a few highlights of how the Research Triangle Region contributed to the growth of this industry last year: - Eli Lilly and Company, Indivior, and Mazen Animal Health - Oral Vaccines announced over $500M in investments alone, bringing more than 135 new jobs to the region. - 129 students enrolled in BioWork, a certificate program that prepares students for jobs in biopharmaceutical manufacturing. - A biologics manufacturing training center in Wilson and a life sciences training center for Durham Technical Community College received $70M+ in funding to further develop the region's strong workforce. - Brookings Metro Monitor 2023 ranked Raleigh-Cary as the No. 4 best economic-performing metro in the country and LendingTree ranked Raleigh first and Durham third as the best metros in the nation to start a business. Read more about how the life sciences industry is thriving in the Research Triangle Region and North Carolina at large: https://lnkd.in/eTtT6q4Q #ReseachTriangleRegion #LifeSciences

Hyderabad: A Hub for Science, Biotech, Pharma, and Woxsen University Leadership Hyderabad, the City of Pearls, has emerged as a thriving center for science, biotechnology, and pharmaceutical industries in recent years. Its strategic location, supportive government policies, and skilled talent pool have made it an attractive destination for global companies and research institutions. Woxsen University, situated in Hyderabad, has been instrumental in driving innovation and growth within these sectors. The university's commitment to academic excellence, industry partnerships, and research has positioned it as a leading institution in the region. Here's how Woxsen University is contributing to Hyderabad's reputation as a hub for science, biotech, and pharma: Cutting-Edge Curriculum: Woxsen offers innovative programs in fields like biotechnology, pharmaceutical sciences, and healthcare management. The curriculum is designed to equip students with the skills and knowledge needed to excel in these industries. Industry Collaborations: The university has forged strong partnerships with leading companies in the science, biotech, and pharma sectors. These collaborations provide students with opportunities for internships, research projects, and career placements. Research and Innovation: Woxsen University supports research and innovation in areas such as drug discovery, medical devices, and healthcare technology. The university's faculty and students are actively engaged in groundbreaking research projects that contribute to the advancement of these industries. State-of-the-Art Facilities: Woxsen University boasts modern laboratories, research centers, and infrastructure that facilitate cutting-edge research and development. These facilities provide students with a conducive environment to explore their passion for science and technology. Global Exposure: The university attracts a diverse student body from around the world, fostering a global perspective and cultural exchange. This exposure helps students develop the skills necessary to succeed in a globalized marketplace. Raul Villamarin Rodriguez Beauty Pandey Dr. Ramakrishna Madaka Dr. Dipak Kumar Sahoo vishal anand

A 17-year-old in Chile is harnessing MIT OpenCourseWare to study the medicinal properties of plants and create health solutions for schools. 🌿 Tomás Orellana, a high school student, learned pharmacology through MIT OpenCourseWare to extract medicinal compounds from plants. 🧠 He completed a pharmacology course, leading a team of classmates to identify plants that could address common student health issues like menstrual pain and respiratory problems. 📺 His innovative project was featured on Chilean television, showcasing how open educational resources empower real-world applications. 🎯 Tomás aspires to pursue health sciences, aiming to become a professor and continue sharing knowledge globally. #OpenEducation #HealthInnovation #MIT 🌐 MIT OpenCourseWare offers over 2,500 free courses, helping learners worldwide. 🌱 Tomás' project focuses on plants like cedron, exploring their potential in school environments. 🔬 He plans to delve deeper into neuroscience next, preparing for a career in academia. ♻️ Repost if you enjoyed this post and follow me, César Beltrán Miralles, for more curated content about leadership! https://lnkd.in/g6syMNx7

#OpenTox #SummerSchool Topics Online learning sessions in Predictive Toxicology and NAMs-based Risk Assessment running 26 - 30 August: #FAIR #Data Management Data integration supporting #hazard #assessment #QSAR (#eco)#toxicological modelling for #regulatory purposes Prediction of #chemical properties Application of #Tox21 data in target identification #Toxicophore identification and #characterization #AdverseOutcomePathways supporting Mechanistic #Toxicology and #RiskAssessment Application of #toxicokinetics in extrapolating #invitro data to #invivo  Building #Structure-Activity Relationship models in Google Colab Application of #KnowledgeGraphs and #AI in Risk Assessment Toxicity Investigation of #Materials using #molecular #modelling tools #InSilico #NAM for #Acute #Systemic and #Topical #Toxicity NAM-based #chemical assessments Data Retrieval supporting #PredictiveToxicology https://lnkd.in/ebNhnmeH

Unlock New Opportunities in Drug Discovery! Are you looking to deepen your expertise in drug design, collaborate with top minds, and make your mark with a published research paper? Here’s your chance! The Chemo-Informative Academy (CIA) invites you to a transformative 5-day online workshop on Computer-Aided Drug Design (CADD), bringing you hands-on training, expert guidance, and a pathway to publication—all from the comfort of your home. What’s in Store for You? This intensive, fully online workshop is designed for students, researchers, and professionals eager to enhance their skills in the cutting-edge field of CADD. Here’s how you’ll benefit: 1. Practical Skills & Hands-On Learning Learn the latest software and tools used in CADD, enabling you to actively participate in today’s fast-paced drug discovery landscape. Engage in hands-on sessions each day with guidance from expert instructors who will ensure you understand and apply every concept. 2. Research Paper Development & Path to Publication Don’t just learn—create! By the end of the workshop, you’ll have co-authored a research paper, paving the way for your work to be published. Receive direct mentorship to make your research paper ready for peer-reviewed publication, boosting your academic and professional profile. 3. Certification & Publication Expenses Covered Your registration fee not only supports a top-notch learning experience, but it also covers the cost of certification and publication fees, making it easier than ever to achieve your goals without extra costs. Why Attend? Boost Your Career: A certification in CADD and a published research paper can significantly strengthen your resume and open doors in both academia and industry. Networking Opportunities: Connect with like-minded peers and experienced mentors, building valuable relationships in the field. Flexible, Online, and Convenient: Participate from wherever you are in the world, with sessions designed to fit around your schedule. Secure Your Spot Today! Spaces are limited to ensure a high-quality learning environment. Don’t miss out on this unique chance to advance your skills, collaborate on groundbreaking research, and make a meaningful impact in drug discovery. Ready to Get Started? Click the WhatsApp link. https://lnkd.in/dig__Rfw. to join the group and complete your registration! Let’s take your CADD skills to the next level together.

The IUBMB has new president Congratulations Prof. Dr. Dario Alessi! Dear Dr. Alessi it is a pleasure may we ask, what draw you to the IUBMB? I first became aware of the IUBMB in 2000 when I attended and spoke at their congress in Birmingham. This event was particularly meaningful to me, as I had completed my undergraduate and PhD training in that city from 1985-1991.   What drew me to the IUBMB was witnessing the positive impact it had on education and research globally. I met several trainees who had received fellowships from the IUBMB, and they spoke highly of the invaluable training opportunities they had gained. I recognized the IUBMB as a force for good in promoting education, fostering collaboration, and supporting scientists worldwide.   In 2021, Alexandra Newton encouraged me to put my name forward for the role of President Elect. I saw this as a unique opportunity to give back to the scientific community! Give us a little insight into who you are! I see myself as a biomolecular engineer with a deep focus on understanding the molecular mechanisms of signalling pathways that drive human disease. Currently, my lab is working on a critical kinase, LRRK2, which is directly linked to Parkinson's disease. Our goal is to uncover the biology behind LRRK2's role in the disease and use that knowledge to improve diagnostics and develop better treatments.   I am a strong advocate for long-term, rigorous research that tackles opportunities both large and small. Above all, I believe in the power of collaboration—bringing together biochemists, molecular biologists, computational experts, clinicians, and pharmaceutical companies. Success comes from hard work, meticulous execution, and a firm commitment to scientific integrity. Being open with your science, sharing ideas and results freely, and avoiding shortcuts are vital to making discoveries that stand the test of time.   What are your plans and key project for the IUBMB within your 3-year term? During my Presidency, the focus of the IUBMB will remain on advancing training and education for biochemists and molecular biologists worldwide. Central to everything we do will be our commitment to collaboration with global partners, ensuring we maximize opportunities to support training and education initiatives on a global scale.   I am particularly eager to build on the impactful work that Alexandra Newton has started, especially in promoting the IUBMB Trainee Initiative. This program has been instrumental in offering valuable training and fellowship opportunities to young researchers, especially those in developing nations, and I aim to expand these efforts even further.   In addition, we will continue working to maintain and try to further enhance the quality and appeal of the IUBMB journals. These journals are critical, as they generate the bulk of our funding, allowing us to reinvest in education and training opportunities. Thanks a lot Dr. Alessi. Exciting Times Ahead Everyone!

📃 Keeping pace in the age of innovation: The perspective of Dutch pharmaceutical science students on the position of machine learning training in an undergraduate curriculum. Pharmaceutical students value machine learning training for future careers. Integration into curricula is essential for innovation. 📚💡 https://lnkd.in/dtveCE4J