Cracking The BioElectric Code

All things related to BioElectric & Acoustic Applications in healthcare & agriculture.

[Cracking The BioElectric Code @JusticeJ4]

Regenerating the brain with bioelectricity https://t.co/37HXRyxPY6

[Cracking The BioElectric Code @JusticeJ4]

Bioelectronic Medicine and Neural Interfaces: Smart Therapeutic Technologies for Biomedical Innovation. https://t.co/bkM7i2Y99X

[Cracking The BioElectric Code @JusticeJ4]

Bioelectronic gels that combine stem cells and ultra-soft electronics to grow and monitor functional human neural networks https://t.co/XnrKZugzHw

[Cracking The BioElectric Code @JusticeJ4]

Distinguishing cells using electro-acoustic spinning. https://t.co/RHmJ0b8NVW

[Sam Rodriques @SGRodriques]

Science is too slow.

At Edison, we are integrating AI Scientists into the full stack of research, from basic discovery to clinical trials. We want cures for all diseases by mid-century.

We have raised a $70M seed to get started.

Join us.

We need cracked software engineers who want to work on finding cures rather than selling ads and generating slop. If you’re reading this, you’re probably a candidate.

We need brilliant AI researchers who want to figure out how AI will accelerate real-world science.

We need scientists and researchers with deep expertise in biology, biotech, and pharma who want to figure out how to integrate AI deeply into scientific workflows, from ideation to experimentation, and how to measure success or failure.

We need extraordinarily talented generalist operators across BD, sales, product management, and partnerships who can focus on getting our tools into the hands of pharmaceutical companies.

If any of these roles sound like you, get in touch.

We are also expanding access to our platform.

Our goal is to accelerate science writ large. To that end, we will continue to give academics and students 650 credits/mo indefinitely. I can’t promise we’ll keep this up forever, but we will try. Kosmos will still cost 200 credits, and the other agents (Analysis, Literature, etc.) will cost 1 or 2 credits.

All paid users will have access to our regular agents, like our Analysis agent, Literature agent, and so on, for free via the UI. API access will still be paid, and users without a paid subscription will continue to get 10 credits per month for those agents. Our $200/mo subscription for 650 credits/mo is staying in place for now, but might be phased out at our next major product update.

Along the lines of accelerating science, we’re also doing a major release of PaperQA today, our flagship open source literature agent, as part of our commitment to open science.

In the short run, expect major improvements to Kosmos, including the ability to automatically access data, the ability to steer its exploration, and the ability to converse directly with its world model.

In the long run, expect exponentially increasing rates of scientific discoveries, in biology and elsewhere.

Our round is led by Triatomic Capital, Spark Capital, and a major US institutional biotech investor. We are also joined in this round by existing investors Pillar VC and Susa Ventures, two exceptional early-stage funds who backed us at founding, along with Striker Venture Partners, Hawktail VC, Olive VC, and a host of exceptional angels that includes famous AI researchers, the CEOs of multiple frontier AI labs, and leadership of major biotech and pharma companies.

[Cracking The BioElectric Code @JusticeJ4]

@bryan_johnson Cellular sonology and vagus nerve bioelectric stimulation to enable instant healing by restoring cells to their resonant frequency, reversing disease, regenerating tissue and rebalancing the body in seconds.

[Cracking The BioElectric Code @JusticeJ4]

https://t.co/DUHoJORCPE

[Cracking The BioElectric Code @JusticeJ4]

https://t.co/bQPA3Ir7hA

[Cracking The BioElectric Code @JusticeJ4]

@TheProjectUnity ...experiments of those frequencies on cells wld be interesting. They've done a constant 10mhz on stem cells that transformed into bone cells. Wonder if a specific frequency could transform a malignent / damaged cells to a healthy cells .. https://t.co/NtoBi2Xxg6

[Cracking The BioElectric Code @JusticeJ4]

Researchers have used sound waves to turn stem cells into bone cells, in a tissue engineering advance that could one day help patients regrow bone lost to cancer or degenerative disease.
https://t.co/C0HAiLeCHq

[Cracking The BioElectric Code @JusticeJ4]

@BrianRoemmele (Related article electrically stimulating vagus nerve.) Cld applying specific frequencies directly to the brain induce the release of specific chemicals to target ailments. eg stimulating the brain to release melatonin to boost immune system https://t.co/wLBa2YfbLB

[Brian Roemmele @BrianRoemmele]

“DNA and cell resonance: magnetic waves enable cell communication”

This is an incredibly important paper that most of the medical world did not notice.

Notice: https://t.co/qNPaVDVgbd

[Cracking The BioElectric Code @JusticeJ4]

@tomchapin https://t.co/0lODQxvHlj

[Cracking The BioElectric Code @JusticeJ4]

The key to depression, obesity, alcoholism & mre Why the vagus nerve is exciting to researchers.
This ‘electrical superhighway’ helps to control everything from our breathing to our immune system. Could stimulating it transform physical and mental health? https://t.co/wLBa2YfbLB

[Cracking The BioElectric Code @JusticeJ4]

"For the first time in history...we have directly observed the interaction between a biological cell and a shock wave, and experimentally demonstrated that the velocity of the shock wave propagating inside the cell is faster than the outside of the cell." https://t.co/P67L6S4Pbi

[Cracking The BioElectric Code @JusticeJ4]

Distinguishing cells using electro-acoustic spinning. https://t.co/RHmJ0b8NVW

[Cracking The BioElectric Code @JusticeJ4]

University of Bristol spinout company that is developing cutting edge technology which uses acoustic waves to move cells inside sterile containers without touching them has closed its first funding round. https://t.co/amWhwQiLq9

[Cracking The BioElectric Code @JusticeJ4]

Recording the micro-electric fluctuations of plants used in anti-cancer treatments https://t.co/UBJveOJIJa

[Cracking The BioElectric Code @JusticeJ4]

Mitochondria and plastids exhibit energized membrane systems with unique membrane potentials and ionic concentrations, potentially displaying bioelectric patterns characterized by choreographed changes in these parameters https://t.co/24wcY3e7BY

[Cracking The BioElectric Code @JusticeJ4]

This study examined the impact of sinusoidal vibrations (40-120 Hz, amplitude ≤ 0.42 mm) on Arabidopsis thaliana seed germination, finding that vibrations above 70 Hz increased germination rate at 0.42 mm amplitude https://t.co/5F3PhSYwIy

[Cracking The BioElectric Code @JusticeJ4]

Scientists uncover potential ‘electrical language’ of breast cancer cells. https://t.co/giB8D8umzY

[Cracking The BioElectric Code @JusticeJ4]

Review of the the physical, chemical, electrical, optical, & magnetic properties of cancer cells & how these properties may be modulated by current & future cancer therapies. https://t.co/xoimwnrz8z