​C14-P4 - ORGANOID SYSTEM
ORGANOID REFRIGERATION SYSTEM
refers primarily to technologies and protocols used for long-term preservation (cryopreservation) or transport of 3D tissue models. Given the structural complexity of organoids, cooling requires more sophisticated strategies than single cells to prevent the formation of ice crystals that could damage the tissue architecture. Wiley Wiley +4 Refrigeration and Storage Methods Ultra-low-Temperature Cryopreservation: Slow Freezing: Uses controlled-cooling vessels (such as Mr. Frosty systems) to lower the temperature by approximately 1°C per minute to -80°C, before final transfer to liquid nitrogen (-196°C). Vitrification: A "flash-freezing" method that turns the liquid into a glass-like state without forming ice. Requires very high concentrations of cryoprotectant agents and extremely high cooling rates. Supercooling: Allows organoids to be maintained at sub-zero temperatures (up to -20°C) without freezing, ideal for short-term transport without the use of toxic cryoprotectants. Incubator-Free Systems: New emerging technologies, such as sealed recirculating systems, use water jackets or compact cooling solutions to maintain thermal homeostasis without the need for large incubators or standard cold rooms. Stanford University Stanford University +5 Critical System Components Freezing Media: Validated products such as CELLBANKER or 3dGRO protect cell membranes from thermal stress. Biochemical Inhibitors: The addition of Rho-kinase inhibitors (e.g., Y-27632) during cooling and thawing significantly increases survival rates by reducing apoptosis (programmed cell death). Thermal Monitoring: For advanced research (e.g., NASA space missions), microfluidic systems with temperature and pH sensors are integrated to ensure stability of ±0.5°C. Stanford University Stanford University +4 Guidelines for Success Optimal Density: Approximately 200 organoids per cryovial is considered the ideal parameter to ensure post-thaw viability. Growth Phase: It is preferable to freeze organoids during the expansion phase (e.g., day 5-6 for human intestinal organoids) rather than when they are fully differentiated. STEMCELL Technologies STEMCELL Technologies +1 Are you interested in a specific protocol for an organ type (e.g., brain or liver) or looking for information on hardware devices for refrigerated transport? AI responses may contain errors. Learn more
Cryopreservation of organoids: Strategies, innovation, and future ...
Wiley
An Automated Microfluidic Delivery System for Sustaining Brain ...
Stanford University
Cryopreservation of human kidney organoids - PMC
National Institutes of Health (NIH) | (.gov)
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SVALBARD GLOBAL SEED VULT
Located in the Norwegian Arctic, has the fundamental task of preserving global agricultural biodiversity, serving as a backup for gene banks around the world. It holds over 1 million seed varieties, protecting them from catastrophes, wars, or natural disasters. Wikipedia Wikipedia +3 Primary Purpose: To store duplicate seeds of essential crops to ensure future food security. Strategic Location: Built inside a mountain to ensure temperatures of 100°C (thanks to permafrost) that preserve seeds for centuries. Management: Promoted by the Norwegian government, in collaboration with the Global Crop Diversity Trust (Crop Trust) and the Nordic Genetic Resource Center (NordGen). Function: Acts as a "Plan B" for seed collections that may be lost due to adverse events, as happened to the research center in Syria. Access: The bank is open to all nations, which retain ownership of the deposited seeds. Wikipedia Wikipedia +6 The facility ensures the long-term preservation of orthodox seeds, crucial for agriculture's adaptation to climate change and the growing world population. Regenerating the territory Regenerating the territory Svalbard Global Seed Vault - Wikipedia This seed bank stores valuable materials for genetic improvement and many areas of basic biological research. The Svalbard Global Seed Vault... Wikipedia 6m YouTube YouTube Geopop 7:19 Global Seed Vault: Svalbard Islands Seed Bank - Most ... YouTube Health & Fitness Seed banks, guardians of global biodiversity - ESG News 21 Mar 2025 — Founded in 2000, this seed bank aims to conserve seeds of wild plants from all over the world, with a particular focus on species... esgnews.it Seed Ark: protecting biodiversity - Let's regenerate the territory 23 Oct 2024 — The Svalbard Global Seed Vault serves as a conservation facility for orthodox seeds, particularly of cultivated species and their wild relatives that re... Let's regenerate the territory Trees join the Svalbard Seed Bank The bank is managed by the Global Crop Diversity Trust (GCDT), a foundation committed to improving food security worldwide, and is located on the island of Svalbard. Vault: a security for the future - bioqualita May 14, 2018 — Thanks to places like this (there are about 1,700 in the world managed by different countries and organizations) it is possible to protect what the Earth has given us in the co... bioqualita.eu
​C14-P4 - ORGANOID SYSTEM
O X Y G E N
ORGANOID AND QUANTUM PHISICS
The intersection of organoids and quantum physics is a frontier field that explores how the laws of quantum mechanics can influence complex biological systems or how they can be integrated into new computing architectures. 1. Organoid Intelligence and Quantum Biocomputing Research is moving towards the creation of hybrid systems that combine biological and quantum computing: Hybrid Systems: The integration of Organoid Intelligence (OI)—the use of brain organoids as biological processors—with quantum computing is being explored to overcome the limitations of traditional AI. Energy Efficiency: Biological neurons are approximately 1 million times more efficient than artificial neurons; the combination with quantum computing power aims to create extremely high-performance Bio-Quantum Hybrid models. 2. Quantum Biology in Organoids Scientists are using organoids to test previously theoretical quantum biology theories: Mechanisms of Consciousness: Some studies are using brain organoids to test the Orchestrated Objective Reduction (Orch OR) theory, which suggests that consciousness arises from quantum vibrations in the microtubules of neurons. Posner Molecules: Recent research is investigating the presence of Posner molecules (calcium phosphate clusters) in organoids, suggesting that they may serve as biological qubits capable of maintaining quantum coherence in the brain. Entanglement and Mutations: Quantum physics is being applied to predict seemingly stochastic events, such as spontaneous mutations in DNA through quantum entanglement. ResearchGate +3 3. "Quantum-Enhanced" Synthetic Organoids Experimental projects exist to create synthetic organoids with enhanced properties: Artificial Photosynthesis: By inserting chlorophyll analogs into organoid membranes, researchers seek to exploit quantum coherence to maximize energy transfer, mimicking the efficiency of natural biological systems. Summary of Applications Scope: Role of Quantum Physics Diagnostics: Use of quantum sensors to monitor the electrical activity of organoids in real time. Oncology: "Quantum leap" in cancer research through organoid-on-a-chip models for personalized therapies. Computing: Development of biocomputers that use biological plasticity and quantum parallelism. Interested in learning more about the use of brain organoids as computational processors, or would you prefer to explore quantum theories related to consciousness? AI responses may contain errors. Find out more Posner Molecules in Brain Organoids using 32P Labeling ResearchGate Blurring Boundaries: Quantum & Organoid Computing Set to ... The Placeholdr·Kurzgesagt – In a Nutshell 7:17 Can quantum hints in the brain revive a radical consciousness ... New Scientist
ORCHESTRATED OBJECTIVE REDUCTION
Orchestrated Objective Reduction (Orch-OR) is a controversial theory proposing that consciousness arises from quantum computations within microtubules inside brain neurons, rather than from conventional synaptic interactions. Developed by physicist Sir Roger Penrose and anesthesiologist Stuart Hameroff, it suggests that these computations (orchestrated by cellular structures) undergo "objective reduction" (wavefunction collapse) due to quantum gravity, creating conscious moments.
Wikipedia
Wikipedia
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Key Aspects of Orch-OR:
Location: The theory focuses on microtubules, which are structural components of the neuron cytoskeleton.
Mechanism: Tubulin proteins within microtubules are hypothesized to exist in quantum superpositions (qubits).
Objective Reduction (OR): Penrose suggests that wave function collapse is not triggered by observation but is an objective, physical process (a "space-time blister") related to quantum gravity.
"Orchestrated": Biological processes in the brain "orchestrate" these quantum states, preventing decoherence (the loss of quantum properties) and organizing them into coherent, meaningful moments.
Connection to Consciousness: The theory attempts to address the "hard problem" of consciousness, suggesting it is a non-computable process.
Anesthesia: A key piece of supporting evidence is that anesthetic gases, which erase consciousness, bind to tubulin and inhibit these quantum vibrations.
Wikipedia
Wikipedia
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Controversy and Criticism:
Biological Feasibility: Critics argue that the brain is too "warm, wet, and noisy" for delicate quantum coherence to be maintained, rendering the theory biologically unlikely.
Lack of Evidence: While some researchers have identified potential quantum effects, conclusive evidence directly linking microtubule quantum states to conscious experience remains debated.
Scientific Standing: Many neuroscientists prefer conventional models based on neural networks and synaptic connections.
Wikipedia
Wikipedia
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Orch-OR remains a significant, albeit fringe, theory in quantum biology and philosophy of mind, suggesting a deep connection between the fundamental structure of spacetime and human awareness.
​ORGANOID EXTRAORDINARY MAINTENENCE
O X Y G E N
QUANTIC BRAIN
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quantic brain meaning
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The "quantic brain" (or quantum brain) hypothesis suggests that the human brain operates not just via classical neural electrical impulses, but also through quantum-mechanical processes like entanglement and superposition, potentially explaining consciousness, rapid decision-making, and memory. Key theories, such as Orchestrated Objective Reduction (Orch-OR) by Penrose and Hameroff, propose that microtubules within neurons facilitate these quantum computations.
Wikipedia
Wikipedia
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Key Aspects of the Quantic Brain Hypothesis
Quantum Consciousness: The idea that consciousness emerges from quantum phenomena rather than solely from classical synaptic connections.
Microtubule Computation: Proposed by Penrose and Hameroff, this theory suggests that microtubules (part of the neuron's cytoskeleton) can maintain quantum states.
Proton Spins as Qubits: Research from Trinity College Dublin suggests that nuclear spins of phosphorus atoms or proton spins in "brain water" might act as qubits, enabling the brain to function like a quantum computer.
Quantum Tunneling: This phenomenon might allow particles to pass through barriers, enabling faster information processing than traditional neural signals.
Scientific Debate: While some researchers, such as Matthew Fisher (KITP), find evidence for quantum biological processes, critics argue the brain is too "warm, wet, and noisy" to support delicate quantum states (decoherence).
Wikipedia
Wikipedia
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Potential Implications
Understanding Consciousness: It may provide a fundamental explanation for how conscious thought arises.
Advanced AI: Insights could help in developing more advanced, non-linear computing systems.
Improved Brain-Computer Interfaces (BCIs): If the brain uses quantum processes, BCIs could be enhanced to detect this, as mentioned by Neuroba.
Neuroba
Neuroba
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Quantum Entanglement in the Brain: A New Frontier in Understanding ...
30 ago 2024 — The notion that the brain might operate according to quantum principles was first seriously proposed by Roger Penrose and Stuart Hameroff through their Orchestr...
Medium
Quantum mind - Wikipedia
The quantum mind or quantum consciousness is a group of hypotheses proposing that local physical laws and interactions from classical mechanics or connections b...
Wikipedia
(PDF) Quantum Brain Dynamics - ResearchGate
26 mag 2025 — * quantum mechanics, such as superposition, entanglement, and coherence, and seeks to apply them to. brain processes. The theory suggests that quantum informati...
ResearchGate
Quantum researchers have proposed that the brain may use ... - Facebook
27 ago 2025 — Quantum researchers have proposed that the brain may use quantum tunneling — a phenomenon where particles pass through barriers they shouldn't normally cross — ...
1m
Quantum Consciousness and the Origin of Life
YouTube·AZPM
A New Spin on the Quantum Brain | Quanta Magazine
Matthew Fisher (opens a new tab), a physicist at the University of California, Santa Barbara, raised eyebrows late last year when he published a paper (opens a ...
Quanta Magazine
New research suggests our brains use quantum computation - Reddit
20 ott 2022 — Important considerations from the article. Scientists from Trinity College Dublin believe our brains could use quantum computation. Their discovery comes after ...
Revisiting the Quantum Brain Hypothesis - PMC - NIH
7 nov 2017 — Since the brain is “a 300-degrees Kelvin tissue strongly coupled to its environment” (Koch and Hepp, 2006), decoherence will prevail and no neuronal quantum com...
National Institutes of Health (NIH) | (.gov)
The Quantum Brain Hypothesis: Are Our Thoughts Already Entangled?
9 set 2025 — Quantum Sensors for the Brain. Recent breakthroughs in quantum magnetometers allow unprecedented measurement of tiny neural magnetic fields. These tools may one...
Neuroba
Our brains use quantum computation - News & Events | Trinity College Dublin
19 ott 2022 — Scientists from Trinity College Dublin believe that the human brain uses quantum computation. They adapted an idea developed to prove the existence of quantum g...
Trinity College Dublin
Quantum Thinking - LinkedIn
14 ott 2024 — Quantum thinking is an emerging approach that extends principles from quantum mechanics to enhance human perception and cognition. This mode of thinking emphasi...
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ORGANOIDS AND SOUD FREQUENCY
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The relationship between organoids and sound frequencies is a cutting-edge field of research that ranges from biological stimulation to non-invasive diagnostics. Here are the three main areas where these technologies converge: 1. Development and Maturation via Sound: Recent studies have demonstrated that sound can act as a powerful mechanical stimulus for organoid growth: Heartbeat and Brain: Continuous stimulation with the sound of a heartbeat promotes the structural and functional maturation of cortical organoids. This low-frequency stimulus activates PIEZO ion channels, increasing extracellular matrix synthesis and neuronal differentiation. Gene Expression: Specific frequencies (such as 440 Hz) can alter the activity of hundreds of genes related to cell adhesion and migration. Ultrasound: Low-intensity ultrasound is used to accelerate the maturation of neural circuits and improve the integration of transplanted organoids into animal models. bioRxiv bioRxiv +3 2. Monitoring “Brain” Frequencies Brain organoids not only respond to sound, but also produce their own electrical signals with characteristic frequencies, similar to those of a developing human brain: Delta Waves (1–4 Hz): Around 4–6 months, organoids begin to show steady rhythmic activity at 2–3 Hz, comparable to the delta waves of deep sleep or premature babies. MEA Analysis: Using Multi-Electrode Arrays (MEAs), researchers monitor frequencies up to 500 Hz to test drug toxicity or study conditions such as epilepsy. National Institutes of Health (NIH) | (.gov) National Institutes of Health (NIH) | (.gov) +2 3. Inner Ear Organoids There are specific organoids designed to study how we perceive frequencies: Cochlear Organoids: Derived from stem cells, these models replicate the hair cells of the cochlea, responsible for transducing sound waves into electrical signals. They are essential tools for research into deafness and regenerative therapies. ScienceDirect.com ScienceDirect.com +4 Frequency Type Application / Effect Low (1-4 Hz) Natural rhythms produced by brain organoids (delta waves). Audible (e.g., 440 Hz) Stimulation of the heartbeat for tissue maturation. Ultrasound (>20 kHz) Used for non-invasive 3D imaging or to stimulate neurogenesis. Interested in learning more about how ultrasound is used to create 3D images of organoids or want to know more about its use in testing new hearing drugs? AI responses may contain errors. Learn more Astrocytic PIEZO activation by heartbeat sound promotes ... bioRxiv Astrocytic PIEZO activation by heartbeat sound promotes ...
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