{"id":102,"date":"2015-06-16T17:38:07","date_gmt":"2015-06-16T17:38:07","guid":{"rendered":"http:\/\/new.brainpreservation.org\/?page_id=102"},"modified":"2018-03-07T10:14:45","modified_gmt":"2018-03-07T10:14:45","slug":"bpf-blog","status":"publish","type":"page","link":"https:\/\/www.brainpreservation.org\/zh\/bpf-blog\/","title":{"rendered":"\u535a\u5ba2"},"content":{"rendered":"
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By<\/span> Ariel Zeleznikow-Johnston<\/a><\/div>
In<\/span> Brain Preservation<\/a><\/div>Posted<\/span> 23 6 \u6708, 2025<\/a><\/time><\/div>

Standards & Accreditation<\/a><\/h3>

Setting standards for brain preservation quality Monitoring preservation\u2019s transition from the laboratory into clinical practice Summary The potential of preserving people for possible future revival depends on maintaining the neural structures that encode memories, personality, and other aspects of personal identity. Ensuring preservation procedures actually achieve this requires rigorous assessment standards to verify that critical […]<\/p><\/div>

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\"Suggestion
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By<\/span> Ken Hayworth<\/a><\/div>
In<\/span> Brain Preservation<\/a><\/div>Posted<\/span> 28 3 \u6708, 2021<\/a><\/time><\/div>

Suggestion to the NIH to create an ultrastructure-quality human brain bank<\/a><\/h3>

Note: Because of my research developing electron microscopic imaging techniques for connectomics, I was invited to participate in the recent NIH\/DOE Brain Connectivity Workshop Series discussing the possibility of mapping the connectome of an entire mouse brain.\u00a0 Speakers in that workshop series were all asked to submit ideas to NIH Public Crowdsourcing site on the […]<\/p><\/div>

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By<\/span> Admin<\/a><\/div>
In<\/span> Brain Preservation<\/a><\/div>Posted<\/span> 16 2 \u6708, 2021<\/a><\/time><\/div>

I’m a 19-year-old Terminal Patient. Medical Brain Preservation Should not be Difficult to Discuss or Adopt<\/a><\/h3>

I think the future is bright and that humanity as a whole trends toward progress and innovation. Like many others of my generation, I grew up knowing that we face plenty of challenges in the near future, from environmental collapse and the rise of artificial intelligence to ongoing persecution and suffering. A reality where society […]<\/p><\/div>

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By<\/span> John Smart<\/a><\/div>
In<\/span> Brain Preservation<\/a>, Chemopreservation<\/a><\/div>Posted<\/span> 1 10 \u6708, 2020<\/a><\/time><\/div>

Do We Need a Noncryogenic Brain Preservation Prize?<\/a><\/h3>

Note: The following is my personal opinion, and does not necessarily reflect the views of my colleagues at BPF. I am a futurist, not a neuroscientist. Any mistakes here are my own. Please point out any you find in the comments, so I can revise as necessary, thanks. Cryonics, Old and New In 2016, Motherboard […]<\/p><\/div>

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By<\/span> John Smart<\/a><\/div>
In<\/span> Mind Uploading<\/a>, Brain Preservation<\/a><\/div>Posted<\/span> 21 3 \u6708, 2018<\/a><\/time><\/div>

The Personal and Social Value of Brain Preservation – One View: A Response to Sue Blackmore\u2019s Guardian Article<\/a><\/h3>

Author: BPF Co-Founder, John Smart BPF advisor Dr. Susan Blackmore\u00a0recently wrote a thoughtful and insightful opinion piece,\u00a0Brain preservation is a step closer, but how could it ever be \u2018you\u2019?\u00a0in the Death and Dying section of\u00a0The Guardian\u00a0(14 Mar 2018), exploring the ethics, sustainability, and lack of desirability, from her perspective, of brain preservation at the end […]<\/p><\/div>

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By<\/span> Michael Cerullo<\/a><\/div>
In<\/span> Brain Preservation<\/a><\/div>Posted<\/span> 17 3 \u6708, 2018<\/a><\/time><\/div>

Is Brain Preservation Ethical? A Response to Sue Blackmore\u2019s Article “Brain preservation is a step closer, but how could it ever be \u2018you\u2019?”<\/a><\/h3>

Authors: Michael Cerullo and Keith Wiley One of the goals of the Brain Preservation Foundation is to spark debate on all aspects of the idea of preserving brains for future revival by uploading. \u00a0The recent announcement of the winning of the Large Mammal Prize [link here] has brought many of these issues to light. Here […]<\/p><\/div>

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By<\/span> Keith Wiley<\/a><\/div>
In<\/span> Brain Preservation<\/a>, Mind Uploading<\/a>, Cryopreservation<\/a><\/div>Posted<\/span> 13 3 \u6708, 2018<\/a><\/time><\/div>

Implications of the BPF large mammal brain preservation prize<\/a><\/h3>

A follow-up to the similarly titled 2016\u00a0article concerning the BPF small mammal prize Keith Wiley Author of A Taxonomy and Metaphysics of Mind-Uploading Brain Preservation Foundation fellow Mar. 13, 2018 On March 13, 2018, the Brain Preservation Foundation (BPF, http:\/\/brainpreservation.org) announced the winner of its large mammal prize for the successful preservation of a pig […]<\/p><\/div>

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By<\/span> Andy McKenzie<\/a><\/div>
In<\/span> Mind Uploading<\/a><\/div>Posted<\/span> 25 11 \u6708, 2017<\/a><\/time><\/div>

Nerve transfers as a window into the capacity for human sensory adaptation<\/a><\/h3>

Let’s imagine that in a hypothetical future world, head transplants become possible, as somehow the massive technical challenge of reattaching the brain to the spinal cord can be overcome. This would raise an empirical question: is your brain able to adapt to the novel sensory inputs?\u00a0 An analogous question, probably even more distant in the […]<\/p><\/div>

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By<\/span> Andy McKenzie<\/a><\/div>
In<\/span> Mind Uploading<\/a>, Electron Microscopy<\/a>, Connectomics<\/a><\/div>Posted<\/span> 25 9 \u6708, 2017<\/a><\/time><\/div>

Simulating motion detection in the Drosophila visual system with connectome data<\/a><\/h3>

A new manuscript\u00a0from Gornet et al. describes\u00a0their work using a serial electron micrograph-derived Drosophila connectome to simulate motion-detection in neurons in the T4 area of the optic lobe: They used the simulation tool NEURON, which is a wonderful and widely-used tool for predicting the\u00a0electrical output from well-defined sets of\u00a0connected neurons. One of their findings was\u00a0that […]<\/p><\/div>

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By<\/span> Andy McKenzie<\/a><\/div>
In<\/span> Cryopreservation<\/a><\/div>Posted<\/span> 7 4 \u6708, 2017<\/a><\/time><\/div>

Single cell gene expression with or without cryopreservation<\/a><\/h3>

In cryobiology, it is generally thought\u00a0that cellular gene expression profiles do not change substantially following cryopreservation. This is important because if viability cannot be directly shown in a preservation protocol, such as brain cryopreservation, then we are forced\u00a0to use clues in order to infer that the majority of the information content of the cells remains […]<\/p><\/div>

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