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Authors:Zhe Han(University of Minnesota)·John C. Bischof(Biopreservation Core Resource)·Erik B. Finger(Department of Surgery, UMN)
Successful vitrification and rapid, uniform radiofrequency nanowarming of whole mammalian organs with iron oxide nanoparticles. Han et al. demonstrate 100% survival in rats receiving vitrified kidneys, establishing a feasible pathway for indefinite organ banking.
Team & Investigators:Chief Neuromorphic Architect·Biocomputing Wetlab Lead
Research Question
How do closed-loop feedback latencies affect learning capacity in 3D biological reservoir networks compared to silicon GPUs?
Hardware and wetlab startup constructing biological Processing Units (XDPUs). Harnessing cultured 3D neural networks for ultra-low-power edge pattern recognition, non-linear reservoir modeling, and neuromorphic computing.
Needed Skills / Open Collaboration Roles:
FPGA RTL DesignMicrofluidics CulturingPython Neural DecodingC++ Driver Development
Artificial Intelligence & BiocomputingBioelectronics & Neural Interfaces#XDPU#reservoir computing#biological computing#neuromorphic#low power
Authors:Brett J. Kagan(Cortical Labs, Melbourne)·Andy C. Kitchen(Cortical Labs)·Karl J. Friston(Wellcome Centre for Human Neuroimaging, UCL)
DishBrain couples cultured human and rodent neural networks to a virtual Pong environment via high-density multielectrode arrays. Under closed-loop electrical feedback following the Free Energy Principle, neural cultures show goal-directed behavioral adaptation.
Artificial Intelligence & BiocomputingNeuroscience#DishBrain#biocomputing#embodied intelligence#in vitro neurons#Pong#free energy
Authors:Hongwei Cai(Indiana University Bloomington)·Feng Guo(IU Bloomington Bioengineering)
Brainoware interfaces 3D brain organoids with silicon multielectrode arrays for biological reservoir computing. Demonstrates nonlinear audio speech recognition and chaotic time-series prediction with a fraction of the energy consumption of silicon GPUs.
Authors:David M. Greer(Boston University Chobanian & Avedisian School of Medicine)·Matthew P. Kirschen(Children's Hospital of Philadelphia)
Multisociety consensus guideline established by the American Academy of Neurology (AAN), AAP, CNS, and SCCM for determination of death by neurologic criteria. Defines strict prerequisites, examination sequences, and apnea testing standards.
NeuroscienceEthics & Governance#brain death#neurologic criteria#consciousness#guidelines#apnea test
What RF magnetic field frequencies maximize heating uniformity in large-volume solid organs without thermal stress fractures?
Organ preservation biotech developing biocompatible, non-crystallizing cryoprotective cocktails combined with alternating magnetic field nanowarming for whole mammalian organ cryopreservation.
Needed Skills / Open Collaboration Roles:
Magnetic Nanomaterials ChemistOrgan Perfusion SpecialistThermal Modeling Engineer
Authors:Alejandro Ocampo(Salk Institute for Biological Studies)·Pradeep Reddy(Salk Institute)·Juan Carlos Izpisua Belmonte(Salk Institute)
Short-term cyclic expression of Yamanaka factors (Oct4, Sox2, Klf4, c-Myc) in vivo ameliorates cellular senescence, reduces DNA damage accumulation, restores histone markers, and extends lifespan in progeroid mice without teratoma formation.
Authors:Katharina Lust(Research Institute of Molecular Pathology (IMP), Vienna)·Elly M. Tanaka(IMP Vienna)
Comprehensive single-cell spatial transcriptomic profiling of axolotl brain regeneration following mechanical telencephalon injury. Uncovers reactivation of embryonic ependymoglial progenitor states that regenerate functional cortical circuits.
Can decentralized peer-review, transparent '4 A's plus Boost' coolness scoring, and zero-fee direct hiring create a more equitable scientific ecosystem?
A public domain scientific knowledge infrastructure allowing any researcher to publish versioned, peer-discoverable papers and receive direct hiring and consulting requests with 0% platform middleman fees.
Needed Skills / Open Collaboration Roles:
Open Science AdvocatesTypeScript App DevelopersScientific Editors
Comprehensive protocols and experimental validation for cyborg organoids with embedded sensor meshes. Demonstrates 3D functional mapping of cortical development, pharmacologic response profiling, and high-bandwidth closed-loop stimulation.
Ultrathin, stretchable mesh electronics co-cultured with stem cells to form 3D organoids. Mesh structures flex with organoid expansion, enabling chronic single-cell electrical recordings across months without inducing neuroinflammation.
Authors:Zvonimir Vrselja(Yale School of Medicine)·Stefano G. Daniele(Yale University)·Nenad Sestan(Harvey and Kate Cushing Professor of Neuroscience, Yale)
BGI/Yale team develops BrainEx: an extracorporeal pulsatile-perfusion system that restored microcirculation, attenuated cell death, and reestablished spontaneous synaptic activity in isolated pig brains 4 hours post-mortem.
Which specific ependymoglial transcription factor networks can be safely induced in mammalian astrocyte lineages to trigger regenerative neurogenesis?
Open scientific collective investigating the molecular cues that enable adult axolotls to regenerate complete forebrain telencephalon circuits without scarring or epileptogenesis.
Authors:Madeline A. Lancaster(Institute of Molecular Biotechnology (IMBA), Vienna)·Juergen A. Knoblich(IMBA Vienna)
Foundational breakthrough establishing three-dimensional human pluripotent stem cell cultures that recapitulate micro-anatomy, cortical layer formation, and developmental disorders in vitro.
Authors:Fikri Birey(Stanford University)·Sergiu P. Pașca(Stanford University)
Generation of 3D assembloids by pairing subpallial and cortical human brain spheroids. Demonstrates interneuron saltatory migration, functional integration, and circuit-level synaptic transmission in vitro.
Authors:David Andrijevic(Yale School of Medicine)·Zvonimir Vrselja(Yale University)·Nenad Sestan(Yale School of Medicine)
OrganEx extends cellular preservation principles to whole-body perfusion in pigs following 1 hour of warm ischaemia. Demonstrates widespread cellular repair, metabolic recovery, and tissue protection across heart, liver, kidney, and brain.
Discovery of a multi-tissue epigenetic clock based on 353 CpG dinucleotide methylation sites that accurately estimates the biological age of virtually any human tissue and cell type, serving as the gold standard biological age biomarker.
Authors:DESI Collaboration(Lawrence Berkeley National Laboratory)
Dark Energy Spectroscopic Instrument Data Release 2 analysis of 450,000+ quasars. Precision measurement of the cosmic expansion rate across z=1.8–3.5 providing empirical bounds on evolving dark energy and universe fate.
Collections bring papers, open questions, and investigators into one place. Start with Necromancer, or explore work across biocomputing, cryopreservation, organoids, and cosmology.
