Automated Lab of the Future May Herald Lower-Cost Therapies
German researchers at TU Berlin’s KIWI‑biolab have built a self‑driving laboratory that uses robotics, AI and bioinformatics to automate the development of new biomolecules. The system runs E. coli cultures in 10‑100 mL bioreactors, validates processes up to 100 L, and relies on rapid Raman spectroscopy and fast predictive models for real‑time decision making. By orchestrating 24‑48 parallel runs, the lab aims to cut development cycles dramatically. Future steps include adding gold‑standard HPLC/MS analytics and expanding to organoid research at the upcoming Simulierte Mensch center.
CCGT Sector Needs Purpose-Built Quality Management Systems
Researchers argue that traditional quality management systems, built for large‑scale protein drugs, are ill‑suited for cell and gene therapy (CGT) manufacturing. Manual, paper‑based processes have evolved into fragile eQMS platforms that struggle with the lean, modular nature of CGT production....
Behind the Headlines Episode 31: Optimism, Opportunity, Optimization of COGs & Organizational Streamlining
In the Behind the Headlines Episode 31, veteran pharma leader Deborah Dunsire declares a "golden era" for biological sciences, driven by targeted therapies such as GLP‑1s and emerging tools like AI and quantum computing. She stresses the need for fact‑based communication...
CRISPR Discovery Could Lead to Single Diagnostic Test for COVID, Flu, RSV
Utah State University researchers have uncovered a novel function of the bacterial immune protein CRISPR‑Cas12a3 that directly targets RNA and cleaves tRNA tails, halting viral protein production without damaging host DNA. Published in Nature, the work shows Cas12a3 can be...
5 FDA Decisions to Watch in the First Quarter of 2026
Eli Lilly’s oral GLP‑1 candidate orforglipron received a national‑priority voucher, accelerating its FDA review and threatening Novo Nordisk’s recent oral Wegovy launch. Disc Medicine’s repurposed schizophrenia drug bitopertin is on the brink of approval for the rare disease erythropoietic protoporphyria,...
GSK, Ionis Achieve Functional Cure in Hepatitis B Studies, Clearing Path for FDA Run
GSK and Ionis reported that their antisense oligonucleotide bepirovirsen achieved a functional cure in the Phase III B‑Well 1 and B‑Well 2 chronic hepatitis B trials. The drug met its primary efficacy endpoint and all ranked secondary endpoints, showing statistically significant cure rates without...
Jazz’s Ziihera Shows ‘Practice-Changing’ Efficacy in Stomach Cancer
Jazz Pharmaceuticals reported Phase III HERIZON‑GEA‑01 data showing its bispecific HER2 antibody Ziihera dramatically improves outcomes in first‑line HER2‑positive gastroesophageal adenocarcinoma. In a trial of more than 900 patients, Ziihera combined with chemotherapy cut the risk of progression or death by...
Pfizer Searches for Novel Tumor-Selective Antigens With $865M+ Cartography Pact
Pfizer has signed a multi‑year agreement with Cartography Biosciences to discover novel tumor‑selective antigens. The deal provides up to $65 million in upfront and near‑term milestones, with potential total payments exceeding $800 million if all options are exercised. Cartography will employ its...
Drone Monitoring Helps Dolphins
A Flinders University team demonstrated that drones equipped with infrared thermal cameras can accurately measure surface temperature and respiration rates of bottlenose dolphins. Analyzing more than 40,000 thermal images, researchers found optimal accuracy at 10‑15 m altitude directly overhead. The method...
Novo Launches Oral Obesity Pill, Lilly Targets Lofty Revenue, FDA and M&A in Focus
Novo Nordisk introduced its first oral GLP‑1 obesity treatment, Wegovy pill, priced at $149 per month for lower doses. Eli Lilly is eyeing a March approval for its oral weight‑loss candidate orforglipron, positioning it as a catalyst to more than double...
Bayer and Cradle Enter Collaboration to Enhance AI-Enabled Antibody Discovery and Optimization
Pharma giant Bayer has signed a three‑year strategic collaboration with AI‑driven protein‑engineering firm Cradle to embed its generative platform into Bayer’s antibody R&D. The integration aims to accelerate lead generation, improve potency, safety and manufacturability, and reduce the number of...
BIO Warns of Risks From Change to CDC’s Vaccine Recommendations
The U.S. Centers for Disease Control and Prevention announced it will now recommend only 11 of the 17 childhood vaccines it previously endorsed, moving six vaccines to a high‑risk or provider‑consultation model. The Biotechnology Innovation Organization (BIO) condemned the shift...
Biotech Investors Bet on a 2026 Rebound as Deal Activity Accelerates
Biotech investors anticipate a rebound in 2026, driven by a wave of M&A activity and larger private financing rounds observed in late 2025. High‑profile deals such as Pfizer’s $10 billion acquisition of Metsera and AbbVie’s $10.1 billion purchase of ImmunoGen signal renewed...
The New Subcutaneous (SC) Landscape: Adapting Drug Delivery for Biologics Administration at Home
The pharmaceutical sector is rapidly transitioning high‑value biologics from clinic‑based IV infusions to at‑home subcutaneous (SC) self‑administration. Datwyler’s upcoming event will dissect market forces behind this shift, emphasizing challenges such as drug viscosity, volume limits, and component compatibility. Speakers will...
BioSpace’s NextGen Class of 2026 Attracts Big Bucks From Tight Wallets
BioSpace’s 2026 NextGen list spotlights 15 early‑stage life‑science startups that secured seed or Series A financing despite a 2025 capital crunch. The cohort includes rare‑disease pioneers and innovators tackling cardiovascular, oncology, and genetic therapies. Notable deals feature Light Horse’s $62 million Series A...
Arrowhead siRNA Data in Obesity Mark POC for Adipose Delivery
Arrowhead Pharmaceuticals announced proof‑of‑concept data showing its siRNA platform can be delivered directly to adipose tissue, producing notable weight loss in preclinical obesity models. The study demonstrated strong knockdown of the ALK7 target, yielding improved metabolic markers, while parallel INHBE...
Biosecure Is in the Trump Administration’s Hands
The Trump administration has taken direct control of Biosecure, a leading biotech firm specializing in pathogen detection and vaccine platforms. New designations and implementation policies are being drafted to align the company’s operations with the administration’s bio‑security agenda. Stakeholders anticipate...
Comparative Efficacy and Safety of Different Surgical Strategies for Refractory Obsessive-Compulsive Disorder: Evidence From Network Meta-Analysis
A recent network meta‑analysis evaluated the comparative efficacy and safety of surgical interventions for treatment‑refractory obsessive‑compulsive disorder (OCD), focusing on ablative procedures such as gamma ventral capsulotomy and lesion‑based capsulotomy versus deep brain stimulation (DBS) targeting regions like the ventral...
Correction: GRIN2A Null Variants Confer a High Risk for Early-Onset Schizophrenia and Other Mental Disorders and Potentially Enable Precision Therapy
Researchers led by Lemke et al. report that loss‑of‑function (null) variants in the GRIN2A gene markedly increase the risk of early‑onset schizophrenia and related psychotic disorders. By integrating genome‑wide data from more than 10,000 individuals with detailed functional assays, the study...
At Least Six PDUFA Dates on FDA’s January Calendar
The FDA has posted at least six PDUFA action dates for January 2026, marking a busy decision window for pending drug applications. Among the slated reviews is the first sublingual epinephrine formulation intended for rapid treatment of allergic reactions. These...
Amgen Acquires UK Biotech Dark Blue Therapeutics
Amgen announced a $840 million acquisition of UK‑based Dark Blue Therapeutics, adding an investigational small‑molecule that degrades MLLT1/3 proteins implicated in acute myeloid leukemia (AML). The deal expands Amgen’s targeted‑protein‑degradation platform and strengthens its oncology pipeline with a novel mechanism to overcome...
Industry Outlook 2026: Trends Transitioning From 2025 Into 2026
Pharma firms widely adopted AI, IoT and digitalization in 2025, and those tools will dominate 2026. Real‑time process monitoring and predictive analytics have become competitive necessities, according to Ecolab Bioprocessing’s Laine Mello. The surge in complex biologics, cell and gene...
Deep Dive: Huntington’s at a Crossroads
The neuro‑degenerative field has gained momentum with recent disease‑modifying approvals, and uniQure’s September data showed its gene therapy could slow Huntington’s progression by 75%. However, the FDA signaled that the Phase I/II results may not satisfy the evidentiary standards for...
New Tools Turn Grain Crops Into Living Biosensors
Researchers at the Donald Danforth Plant Science Center, the University of Florida and the University of Iowa have engineered grasses, including a C4 model and major grain crops, to produce a visible purple anthocyanin pigment when exposed to specific chemicals....
Dentin Inside Wolffish Teeth Is a Rare Material: When Compressed Along Its Length—It Also Shrinks in Width
Researchers led by Prof. Ron Shahar have identified a rare auxetic material, osteodentin, inside Atlantic wolffish teeth that contracts laterally when compressed along its length. Using phase‑contrast X‑ray tomography and digital volume correlation, they measured negative Poisson’s ratios between –1...
Alumis Soars as TYK2 Drug Hits Mark in Psoriasis Trials
Alumis announced that its TYK2 inhibitor envudeucitinib met primary endpoints in two Phase 3 psoriasis trials, delivering 74% of patients achieving PASI‑75 after four months. The data suggest efficacy comparable to leading oral candidates and injectable biologics, prompting the stock to...
'Stomata In-Sight' System Allows Scientists to Watch Plants 'Breathe' In Real-Time
Researchers have unveiled the “Stomata in‑Sight” platform, a real‑time imaging system that visualizes stomatal opening and closing on living leaves. By combining high‑speed microscopy with machine‑learning algorithms, the tool records pore dynamics at sub‑second intervals. Early trials demonstrate precise measurements...
Genetic Medicines Project Gets Funding From UKRI Innovate UK and Canadian NRC IRAP
Chromatin Bioscience, Mediphage Bioceuticals, and Entos Pharmaceuticals announced a joint genetic‑medicine project funded by UKRI Innovate UK and Canada’s NRC IRAP. The partnership merges Chromatin Bioscience’s chromatinLENS synthetic‑promoter platform, Mediphage’s msDNA linear DNA technology, and Entos’s Fusogenix PLV fusion‑based delivery system....
Arrowhead Enters Obesity Chat by Doubling Tirzepatide’s Weight Loss in Combo Study
Arrowhead Pharma reported that its RNAi drug ARO‑INHBE, combined with Eli Lilly’s tirzepatide, produced roughly double the weight loss seen with tirzepatide alone in a small Phase I/IIa study. In the interim analysis, patients receiving the combo lost 9.4% of body weight...
Lilly Doubles Down With Nimbus, Paying $55M for Preclinical Obesity Drug
Eli Lilly has struck a new multi‑year collaboration with Nimbus Therapeutics, paying $55 million upfront for a preclinical oral obesity drug program that could generate up to $1.3 billion in milestones. The partnership leverages Nimbus’s AI‑driven, structure‑based design to discover small‑molecule treatments for...
From Pint to Plate, Scientists Brew up a New Way to Grow Meat
Scientists at University College London have demonstrated that spent yeast from beer brewing can be converted into bacterial cellulose scaffolds suitable for cultivated meat production. The yeast‑derived cellulose matches or exceeds the texture of conventional scaffolds while being edible and...
Researchers Sustainably Produce Triacetic Acid Lactone From Sugarcane
Researchers at the University of Illinois’s Center for Advanced Bioenergy and Bioproducts Innovation demonstrated a sustainable route to produce triacetic acid lactone (TAL) from sugarcane using fermentation followed by crystallization. By coupling experimental solubility data with the BioSTEAM simulation platform,...
Nanoparticles Show Unexpected Ability to Activate Immune System Against Melanoma
Cornell researchers have shown that ultrasmall core‑shell silica nanoparticles, dubbed "prime dots," can reprogram the tumor microenvironment of melanoma, activating innate immunity and converting immunologically "cold" tumors into "hot" ones. The study published in Nature Nanotechnology documents multiple mechanisms—including pattern‑recognition...
Inhalable Therapy Aims for One-Two Punch Against Advanced Melanoma
Columbia engineers have created BEAT, an inhalable nanotherapy that uses engineered exosomes to co‑deliver PD‑1/PD‑L1 and Wnt/β‑catenin inhibitors directly to lung metastases of melanoma. In mouse models resistant to checkpoint inhibitors, inhaled BEAT achieved superior lung retention, dramatically suppressed tumor...
Argenx Names New CEO; Van Hauwermeiren to Become Chair
Swiss biotech Argenx announced that Dr. Anneliese Klein will assume the chief executive officer role on July 1, 2026, while founder Peter Van Hauwermeiren transitions to board chair. Klein, formerly head of commercial operations at Roche’s antibody division, brings deep market expertise. Van’s move...
2026 Biotech Kickoff — a BioCentury Podcast
The BioCentury podcast kicked off 2026 by evaluating biotech trends across the United States, Europe and Asia. Funding streams are reviving, with venture capital and IPO activity picking up, while innovation in gene‑editing and mRNA remains robust. At the same...
ENA Respiratory: Boosting Prophylactic Immunity with a Pan-Viral Nasal Spray
Australian biotech ENA Respiratory has unveiled a pan‑viral nasal spray that primes the host’s innate immune system to block a broad range of upper‑respiratory viruses. Early‑stage trials reported up to a 70% drop in laboratory‑confirmed infections across influenza, RSV and...
Gene Editing in Indonesia: Can New Biotechnology Solve Old Agricultural Problems?
Indonesia faces mounting food‑security pressures as climate stress and import dependence strain its staple‑centric agriculture. Gene‑editing technologies, touted for precise, non‑transgenic trait improvements, are being positioned to boost rice, cassava and sorghum yields. Yet stakeholder interviews reveal deep skepticism, especially...
Synaptic Potentiation Requires PARP1 Activation: Prevailing Concepts Are Revisited
A recent Mol Psychiatry study reveals that poly‑ADP‑ribose polymerase 1 (PARP1) activation is indispensable for long‑term synaptic potentiation (LTP) and memory formation. The authors demonstrate a DNA‑independent activation pathway where phosphorylated Erk2 binds PARP1, exposing its NAD⁺ site and triggering poly‑ADP‑ribosylation...
Suppressor tRNAs: Giving Genetic Medicines a Broader Reach
Suppressor tRNAs are emerging as a versatile platform to overcome premature stop codons that limit many gene‑editing and RNA‑based therapies. Recent preclinical studies demonstrate that engineered tRNAs can restore full‑length protein production across diverse disease models, from muscular dystrophy to...
China Clears Mepolizumab for COPD
China’s National Medical Products Administration approved GSK’s mepolizumab (Nucala) as an add‑on maintenance therapy for adults with eosinophilic COPD, making it the first monthly biologic for the disease in the country. The decision rests on Phase III MATINEE and METREX trials...
High-Throughput Platform Enables Aptamer Discovery and Kinetic Profiling
Researchers at the Chinese Academy of Sciences unveiled SPARK‑seq, a high‑throughput platform that merges CRISPR perturbations, single‑cell multi‑omics and aptamer sequencing to map aptamer‑target interactions in native cellular contexts. In a proof‑of‑concept study, the system screened over 8,000 single cells,...
Microalgae Could Fuel Hawaiʻi's Renewable Future
Researchers at the University of Hawaiʻi at Mānoa have demonstrated how synthetic biology and CRISPR‑based metabolic engineering can boost microalgae’s production of lipids and terpenoids, key feedstocks for renewable jet fuel, bio‑based chemicals, and pharmaceuticals. The study, published in Plant...
Making Smart Decisions and Investments in Trained Staff Key to 2026 Success
Raj Puri, chief commercial officer of Argonaut Manufacturing, warns that U.S. tariffs will keep pressuring pharma manufacturers in 2026, extending costs and timelines for new or upgraded facilities. He highlights that large capital projects face uncertainty in a volatile geopolitical...
Quick Execution with Operational Integrity
Meri Beckwith, Co‑CEO of Lindus Health, outlines how 2025 trends will shape pharma in 2026. AI moved from experimental to strategic, accelerating trial design, site selection and patient matching. Decentralized trial models combined with real‑world data enable nationwide recruitment and...
FUJIFILM Irvine Scientific Becomes FUJIFILM Biosciences
FUJIFILM Irvine Scientific rebranded as FUJIFILM Biosciences on Jan. 1, 2026, aligning its name with a 55‑year legacy in cell‑culture media and bioprocessing. The change underscores the unit’s shift toward biologics manufacturing and CDMO services. Recent strategic moves include a $3 billion, 10‑year...
Advancing Pharmaceutical Quality Through Integrated Digital Systems and Collaborative Scientific Innovation
Saharsh Davuluri of Neuland Labs outlines a digital overhaul of API manufacturing, leveraging AI tools such as Merck’s Synthia and automated parallel synthesizers to design scalable processes. He envisions a fully paperless plant where electronic batch records feed directly into...
Multi-Compendial Compliance for Pharmaceutical Excipients–Part 2: A Detailed Assessment for Specification Equivalence
The article presents a technical assessment of compendial tests across the European Pharmacopoeia, USP‑NF, and Japanese Pharmacopoeia to establish specification equivalence for pharmaceutical excipients. It recommends standardizing on the Ph. Eur. method for most tests, applying the tightest acceptance criteria, and...
Nearly Every Corn Seed Planted in Colorado Is Covered in Insecticide: Lawmakers May Restrict the Chemical
Nearly every corn seed planted in Colorado is coated with a neonicotinoid insecticide, a practice that protects seedlings but also introduces the chemical into plants, soil and water. Environmental groups are drafting legislation that would ban such coatings unless farmers...
Machine Learning Drives Drug Repurposing for Neuroblastoma
Researchers at Lund University used machine learning to repurpose existing drugs for high‑risk neuroblastoma. They identified a synergistic combination of a statin and a phenothiazine that markedly slowed tumor growth in mouse models. Laboratory trials showed reduced tumor cholesterol, increased...
