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Jan 06, 2026, 10:30 ET Cell Culture Reagents Market worth $8.95 billion by 2030 | MarketsandMarkets™
growth factors and cytokines are repeatedly used for cell activation, expansion, and differentiation. Adoption is also rising in stem cell, organoid, and iPSC workflows, where defined growth-factor cocktails are essential for consistent outcomes.Request Sample Pages@
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Jan 05, 2026, 08:00 ET Kenai Therapeutics Receives $8M Grant from California Institute for Regenerative Medicine (CIRM) to Advance RNDP-001 for Treatment of Idiopathic Parkinson's Disease
clinical-stage biotechnology company pioneering next generation approaches to cure neurological conditions. By leveraging a proprietary, Nobel Prize-winning iPSC platform, Kenai is developing off-the-shelf, allogeneic neuron replacement and gene-modified cell therapies designed to be disease-modifying. Kenai's
More news about: Kenai Therapeutics/BIOCOM
Dec 26, 2025, 09:01 ET From Follower to Force: China's Biotech Sector Enters the Global Clinical Mainstream
shared translational and clinical data from iPSC-derived cardiomyocyte programs, highlighting China's advancement of cell therapies into rigorously designed, multinational clinical development.HELP's lead program, HiCM-188, is the world's first iPSC-derived regenerative therapy for advanced heart
More news about: HELP Therapeutics
Dec 17, 2025, 08:00 ET The Colossal Foundation Doubles Funding to $100 Million to Prevent Mass Extinctions
have identified a single nucleotide change that can confer this resistance and have successfully generated the first induced pluripotent stem cell (iPSC) line for the species, a major step toward producing toxin-resistant quolls. This foundational achievement represents a critical advance in protecting
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Dec 15, 2025, 08:00 ET Kenai Therapeutics Announces First Patient Dosed in Phase 1 REPLACE™ Clinical Trial of Neuron Replacement Cell Therapy RNDP-001 for Idiopathic Parkinson's Disease
Inc. is a leading developer and manufacturer of human iPSCs and iPSC-derived cells utilized in drug discovery, contract development and manufacturing services for cell therapies. For its partners, FUJIFILM Cellular Dynamics utilizes its iPSC platform to advance the progress of therapeutic candidates in
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Dec 14, 2025, 19:22 ET Patient Enrolment Completed in Phase 2 aGvHD Clinical Trial
or SR–aGvHD cases. Historical two-year survival rates in patients with SR–aGvHD are less than 20%.[1]Cynata's Cymerus™ iPSC[2]-derived MSC[3] product for intravenous use, CYP-001, is designed to modulate the immune system and improve both response rates and survival
More news about: Cynata Therapeutics
Dec 08, 2025, 18:19 ET The Jackson Laboratory receives an up to $30 million contract award to revolutionize drug safety testing with AI-powered "virtual hearts"
expertise in high-resolution imaging of tiny mouse hearts; Paul Robson, a stem cell biology expert and a lead developer of the genetically varied human iPSC panel; and Travis Hinson, a cardiologist whose lab investigates inherited conditions leading to heart failure. They are joined by Daniel Paull of NYSCF,
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Dec 02, 2025, 10:18 ET Cellipont Bioservices Expands Manufacturing Capabilities with New Ballroom-style Cleanroom and 50-liter Single-use Bioreactor to Advance Cell Therapy Production
major milestone in Cellipont's continued investment to meet the growing demand for advanced manufacturing of exosome, induced pluripotent stem cell (iPSC), and mesenchymal stem cell (MSC) therapies.
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Dec 02, 2025, 06:00 ET bit.bio Publishes 2025 Sustainability Report
ioCells™ portfolio of human iPSC-derived products accelerate the global shift from animal testing to human-relevant research modelsPlatinum Green Impact Award and new lab efficiency protocols deliver measurable, year-on-year sustainability improvementsMale and female
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Dec 02, 2025, 06:00 ET bit.bio Publishes 2025 Sustainability Report
ioCells™ portfolio of human iPSC-derived products accelerate the global shift from animal testing to human-relevant research models Platinum Green Impact Award and new lab efficiency protocols deliver measurable, year-on-year sustainability improvements Male and female
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Dec 01, 2025, 06:00 ET Morphocell Technologies Completes US$50 Million Series A Financing
Technologies is a Montreal-based regenerative medicine company developing stem cell–derived tissue and organ replacement therapies. Its proprietary iPSC-derived platform supports a broad pipeline of tissue-engineered solutions targeting severe organ dysfunctions, with liver disease as its first focus.
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Dec 01, 2025, 06:00 ET Morphocell Technologies chiude un round di Serie A da 50 milioni di dollari
tessuti ingegnerizzati derivati da cellule staminali per la sostituzione funzionale di tessuti e organi. La sua piattaforma proprietaria basata su cellule iPSC sostiene un ampio pipeline di soluzioni ingegnerizzate mirate alle disfunzioni d'organo più gravi, con un focus iniziale sulle malattie del fegato.
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Nov 24, 2025, 10:01 ET Regenerative Medicine Market to Skyrocket to USD 403.86 Billion by 2032 Driven by Cell & Gene Therapy Breakthroughs, Stem Cell Advancements, and Multi-Indication Expansion
22% YoY under fast-track programsStem-cell therapy adoption increased 14% in musculoskeletal and dermatology careJapan's iPSC-based R&D investment exceeded USD 1.8 billion in 2024More than 100 regenerative medicine clinical trials active across major
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Nov 20, 2025, 08:00 ET ALS Network and ALS United Announce New Research Grantees
Sandra Almeida, PhD, University of Massachusetts Chan Medical School, Department of Neurology for Investigation of TDP-43 Dysfunction in an iPSC-Based Three-Dimensional Multicellular Model of C9ORF72-ALS/FTD. Frederick Arnold, PhD, Washington
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Nov 20, 2025, 07:02 ET Aspen Neuroscience Announces $115 Million Series C Financing to Accelerate Personalized Cell Therapy Programs
Scale manufacturing capabilities to meet clinical and future commercial demand. Advance Aspen's pipeline of autologous iPSC-derived therapies for additional neurological indications. Aspen's proprietary manufacturing platform
More news about: Aspen Neuroscience, Inc.
Nov 15, 2025, 11:00 ET BrainXell Showcases Pioneering iPSC Research and Promising In Vivo Data for BXT-110 for Parkinson's Disease at the 2025 Society for Neuroscience Annual Meeting
be presented during poster sessions at the 2025 Society for Neuroscience (SfN) Annual Meeting in San Diego, highlighting new breakthroughs in human iPSC-derived cell models and regenerative neuroscience.
More news about: BrainXell, Inc
Nov 08, 2025, 08:34 ET 피죤, CIIE 2025서 '둥지' 주제로 혁신적 수유•유아 돌봄 과학 공개
통찰력은 오늘날 피죤이 글로벌 비즈니스의 방향을 설정하는 데 큰 도움을 주고 있다." 올해 피죤의 중국 스킨케어 연구센터(Skincare Research Center)는 노벨상 수상 연구를 기반으로 한 iPS 세포 기술로 개발된 iPSc 추출 신생아 표피 피부 모델을 선보였다. 아기 피부 관리 분야의 오랜 과제인 민감한 유아 피부에 대한 제품 효능을 과학적으로 검증하는 이 모델은 현재 피죤만의 독자적인 제형 개발 및 테스트에 활용되고 있으며, 2025년 피죤의 주력 제품으로 선보인 베르닉스 베이비
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Nov 07, 2025, 08:00 ET Shinobi Therapeutics Announces the Appointment of Dr. Laurent Fischer as Chair of its Board of Directors
Biotechnologies, recently acquired by Eli Lilly Shinobi prepares to advance two immune evasive iPSC therapies toward the clinic in 2026, and today announces its first data presentation at the upcoming Society for Immunotherapy of Cancer (SITC) Annual
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Nov 07, 2025, 07:06 ET Pigeon Showcases Parenting Innovations Under "The Nest" Theme at CIIE 2025
capabilities, and insights are helping to shape our global business." This year, Pigeon's Skincare Research Center in China debuted an iPSc derived infant epidermal skin model for infants, engineered with iPS cell technology derived from Nobel Prize-winning research. The model addresses
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Nov 03, 2025, 11:03 ET BrainXell Therapeutics Unveils Promising Preclinical Data Demonstrating Efficacy of BXT-110, an Autologous iPSC-Derived Neuronal Therapy, in Parkinson's Disease
"As a company, we are innovators in iPSC technology, and this represents an important advancement for BrainXell Therapeutics," said Katherine Vega Stultz, CEO. "Our data presentations reflect our commitment to rigorous science, innovation and deep expertise in iPSC biology and neuronal differentiation.
More news about: BrainXell, Inc.
Nov 03, 2025, 10:35 ET Answer ALS Completes Release of Full Dataset and Integrates ALS TDI ARC Study Data into Neuromine
detailed clinical histories and outcomes. These data are linked with patient-derived biosamples and induced pluripotent stem cell (iPSC) lines, offering scientists a 360-degree view of each patient's ALS biology. All information is openly accessible through Neuromine, Answer ALS's cloud-based
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Oct 31, 2025, 09:00 ET Zhimeng Biopharma's investigational drug CB03-154 for amyotrophic lateral sclerosis has achieved the first patient first dose milestone in the phase 2/3 pivotal clinical trial.
CB03-154 has superior selectivity and stability. In vitro studies have confirmed that CB03-154 can significantly reduce the excessive excitation of iPSC motor neurons from ALS patients. Moreover, in the SOD-1 ALS transgenic mouse model, daily oral administration of CB03-154 (10 mg/kg) can effectively
More news about: Shanghai Zhimeng Biopharma Inc.
Oct 24, 2025, 13:02 ET Sampled and AutoGen Announce Partnership for Specialized Nucleic Acid Extraction and Multiomic Workflows
internally as part of its integrated "sample-to-discovery" model, which includes sample collection, cellular processing, multiomic sequencing, iPSC generation, histology, spatial genomics, bioinformatics, and biobanking. Together, Sampled and AutoGen expand the range of extraction
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Oct 21, 2025, 22:48 ET ACROBiosystems•파트너사, 베이징 OrganoAsia 2025 성공적 폐막
오가노이드 시스템은 약물 안전성 평가의 정확성과 효율성 향상에 기여한다. 심장 독성 평가를 위해 연구진은 인간 심장의 구조와 기능을 모사한 심장 오가노이드를 제작하고, 다중 이온 채널 검출과 마이크로전극 어레이(MEA) 기술을 통합하여 약물이 심장 전기생리에 미치는 영향을 정밀하게 평가하고 있다. 또한 신경발달 독성 연구에서는 iPSC 유래 인간 뇌 오가노이드를 이용해 뇌 발달을 모델링하고, 항정신병 약물 할로페리돌이 Notch1 신호전달 경로 억제를 통해 신경 발달을 손상시키는 기전을 규명했으며, 이 독성을 완화할 수 있는 화합물도 확인했다. 김 교수는 오가노이드 기술이 동물 실험 없는 시대의 약물 안전성 평가에서 핵심적
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Oct 20, 2025, 06:13 ET Groundbreaking Study in the Journal of Clinical Investigation Advances Cell Therapy for Huntington's Disease Treatment
successfully obtained clinical trial approvals from both the National Medical Products Administration (NMPA) of China and the U.S. FDA, making it the first iPSC-derived autologous cell therapy for Parkinson's disease in China, and the second globally, to enter the clinical stage.
More news about: UniXell Biotechnology