Emerging Technologies / Biotechnology
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He Tried to Levitate a Diamond – What He Discovered Could Change Medicine Forever
A groundbreaking technology utilizing acoustic waves to move living cells without contact promises to revolutionize drug discovery. This compact benchtop device, evolving from a student project, automates biomedical tasks and accelerates personalized treatment testing in pharmaceutical research.
Reflections On Biotech In 2025: The Spotlight On Tangible Outcomes
The article questions whether rapid innovation translates to greater efficiency in achieving outcomes. It prompts a critical examination of the relationship between innovation speed and cost-effectiveness, urging readers to consider the true value of advancements in various sectors.
“Spare” living human bodies might provide us with organs for transplantation
MIT Technology Review explores the controversial concept of bodyoids, living bodies designed for organ donation and research. While they could address organ shortages, ethical debates surrounding their creation and use are intensifying as biotechnology advances.
Why the Human Brain May Power the Next Tech Revolution
In the latest episode of Primer, the authors delve into biocomputing, highlighting how scientists are merging biological and synthetic elements, paving the way for groundbreaking advancements in technology and biology. Discover the fascinating intersection of these fields.
Artificial Intelligence: Addressing Clinical Trials’ Greatest Challenges
Recent advancements in Artificial Intelligence are set to revolutionize clinical trials by enhancing patient recruitment, improving site selection, and increasing diversity. These innovations promise to streamline drug development, making it more efficient and equitable for all demographics.
This opportunity is bigger than AI and missing out will cost you
The article emphasizes the transformative power of emerging technologies, urging industries to adapt swiftly or risk falling behind. It highlights the urgency for businesses to embrace innovation to stay competitive in a rapidly evolving landscape.
The Prototype: Dark Energy May Be Evolving
The latest article highlights significant advancements, including the quantum industry's revenue surpassing $1.4 billion, innovative cancer-fighting nanoparticles, and the benefits of socializing over lunch. These topics underscore the intersection of technology, health, and social well-being.
Taking AI to the edge for smaller, smarter, and more secure applications
The rise of edge AI is transforming data processing by enabling local inference, enhancing efficiency, and improving security. As businesses explore this technology, the demand for tiny, resource-efficient devices is set to revolutionize various industries and applications.
Stretchable Transistors Enable In-Sensor Edge Computing in Wearable Technology
Researchers at the University of Hong Kong have developed organic electrochemical transistors (OECTs) that enhance wearable technology. These flexible devices enable real-time AI-driven insights, revolutionizing healthcare, fitness, and safety while ensuring comfort and adaptability for users.
GPUs go biological: BBB unveils Bionode, lab-grown, living neuron compute for AI applications
BBB collaborates with ethicists and regulatory experts to ensure the responsible development of its technology. This proactive approach highlights the company's commitment to ethical standards and regulatory compliance in the tech industry.
Emerging Breakthroughs In Diabetes Treatment: A New Era Of Hope
Recent advancements in diabetes treatment, including innovative research, clinical-stage cell therapies, and AI software updates, signal a transformative era in diabetes management. The publication highlights the exciting potential for improved patient outcomes and enhanced quality of life.
Priscilla Chan Sees AI Models of Cells as the Next Leap in Biology and Medicine
Innovative models hold the potential to unveil mysteries in biology, aiding doctors in identifying the most effective treatments. This advancement could revolutionize personalized medicine, enhancing patient care and outcomes significantly.
The Leap To AGI: How Bioprocessors Could Catapult AI Beyond Today's Advancements
Bioprocessors may accelerate the journey to achieving Artificial General Intelligence (AGI) sooner than anticipated, but experts caution that this advancement brings significant risks that must be addressed proactively.
From Evo 1 to Evo 2: How NVIDIA is Redefining Genomic Research and AI-Driven Biological Innovations
NVIDIA's Evo 2 model revolutionizes genomic research by predicting genetic mutations and designing biological sequences. With open-source access, it empowers global researchers, enhancing healthcare, synthetic biology, and environmental sustainability while addressing computational challenges in advanced genomic modeling.
Odd Lots: Here Comes China’s Booming Biotech Sector (Podcast)
China's biotech sector has surged from 0% to 31% of molecules licensed to Big Pharma since 2019. Tim Opler, a Stifel investment banker, discusses the rapid growth and key factors driving this transformation in a recent episode.
Here Comes the Booming Chinese Biotech Sector
China continues to ascend in various sectors, showcasing its growing influence on the global stage. The publication highlights the nation's advancements and the implications for international dynamics, emphasizing China's pivotal role in shaping future trends.
Who gets ownership of useful genetic data?
Researchers at Massey University discovered a new strain of bacteria from Cow D, a dairy cow in New Zealand, leading to significant advancements in CRISPR technology. This genetic data, shared publicly, has fueled innovative therapies for inherited blindness, sparking global discussions on genetic information use.
The Role of AI in Gene Editing
AI is revolutionizing gene editing by enhancing accuracy, streamlining research, and enabling personalized medicine. While challenges like high costs and reliability concerns exist, the potential for groundbreaking advancements in healthcare and agriculture remains promising, according to Unite.AI.
The Next Pandemic Could Be Engineered. A New Program Aims to Stop It
A Cambridge-based initiative is addressing the rising risk of engineered pandemics, focusing on prevention strategies to combat potential bioweapon-driven outbreaks before they occur. This proactive approach aims to enhance global health security and safeguard communities.
Tech companies are cashing in on the bizarre science of organ preservation
Innovative advancements in organ transplantation, including gene-edited pig livers and 3D-printed tissues, are reshaping the field. University of Oxford spinout OrganOx has secured $142 million in funding to enhance its Metra machine, improving liver transplant viability.