differentiate

one of the things that that that we figured out is how to communicate with that collective intelligence

Anthrobots are made of adult human tracheal epithelium

understanding how that alignment happens, how an entire collective buys into the same story. In an important sense, models of the world, AKA stories, hold collectives together

each person is, on average, an assemblage of 37 trillion eukaryotic cells combined with 300 trillion bacterial cells; the 20,000 protein-coding genes in the eukaryotic genome supplemented by 2 million bacterial genes.

The collective microbial genome in our gut may include 100-fold more genetic information than what can be found in our own eukaryotic cells.

don't think at the molecular level we know exactly how a cell can be said to know the time has come to divide but it won't do so until that is the case

he basic elements of the superorganism are not cells and tissues but closely cooperating animals

Grid cell classification

ormalize the tumor the cells will go on to do normal build healthy organs

that's a key part of this. You have to convince the material. This is not you. It it it you know there's ways that it will ignore you. If you do it wrong, it'll ignore you. So you have to be convincing

the really interesting question is like how come a bunch of dump cells give rise to something very smart which is the brain

if we ignore how we get to neurons from the cells then we again we're not going to understand how the system functions.

Where does this actual structure come from? Now people are tempted to say DNA. It's in your it's in your genome. But we know what DNA's encode. Now, DNA's don't encode any of this.

This is where your brain got all of its cool tricks. It's from from much more ancient developmental roles of channels, gap junctions, and and neurotransmitters. It's a it's it's not just an analogy or a um or a metaphor. It's actually evolutionarily homologous.

Have you felt those moments of oneness withanother? Do we ALL need to be in that state of profound being-in-love-within order to attain the kind of internal communication that my body’s cellsand microbiome have with one another?

With your consciousness, move into a cell of one of your organs, such asyour heart.

mix the artificial cells with the living cells the living cells die

the question is why are the mitochondria not doing their job why is the self not responding to insulin 00:05:34 that's the issue different tissues different reasons but the main one is the liver

"If we give it to aged mice, they rejuvenate. If we give it to young mice, they age slower. No other therapy right now can do this

here we have a string of spheres of different colors all right that would be indicative perhaps of some kind of contact i mean i'm just speculating now 00:14:40 this is pure hypothesis but my sense is that these are very much related to what we see inside the cells

While it is capable of providing constant power, hydrogen fuel cells are also being considered for providing backup power to data centers. This is greatly appealing to data center operators as a more environment-friendly replacement for traditional diesel generators. This change would see the use of fast-start fuel cells, such as proton exchange membrane (PEM) fuel cells which could take the place of diesel generators.

The key benefit and primary motivation for installing hydrogen fuel cells within a data center is to reduce carbon emissions. As stated, some fuel cells, such as SOFCs, can use natural gas. While it is less damaging to the environment than diesel, it still results in significant carbon emissions.

SOFCs and PEM fuel cells differ from one another in their construction, materials, and operation. In a high-level view, the primary differences are the electrolyte materials (where the hydrogen and oxygen react) and operating temperatures. SOFCs operate at high temperatures, requiring longer start-up times and as a result, only being suitable for continuous power supply. PEMs, by contrast, operate at lower temperatures and are capable of fast-start or continuous operation, but are a more expensive option.

From a mechanical perspective, designing a hydrogen storage system is significantly more complex than a diesel storage system. Hydrogen has more storage options available however, it presents higher risks than diesel such as greater flammability and explosivity, higher pressures, potential for low temperature, or chemical storage methods which are all hazardous. This therefore requires the mechanical design for such a system to comply with rigorous safety standards.

you can actually grow neuronal stem cells from corpses

Translocation to a cell’s surface utilizes a signal peptide (for inner membrane translocation) and AIDAc as an outer membrane autotransporter pore

Conductivity Measurements

Published in 2010, Rebecca Skloot’s book The Immortal Life of Henrietta Lacks, offers a three-fold story.  It is the story of the development of the first immortal human cell line (called HeLa) and the scientific advances facilitated thereby. It is also the story of the African American woman from whom the cell line came: Henrietta Lacks was the great-great granddaughter of slaves, who grew up in extreme poverty in Virginia in the 1920s and who died of an aggressive cervical cancer in 1951 in the ward for “colored people” at Johns Hopkins Hospital. Finally, it is the story of her family members, who had no idea about the existence, importance and the financial gains made from HeLa cells until Skloot began her research.   This book sparked more than just an HBO film by the same name starring Oprah Winfrey, it also sparked an attempt at broad policy change in the U.S. regarding consent procedures for human tissue research. Currently, the regulations on research with human subjects issued by the Department of Health and Human Services (HHS) mandate informed consent for the use of biospecimens in research when those specimens are taken specifically for the purpose of research. However, no informed consent for research use is required for tissue samples taken in the course of clinical practice. In 2015, HHS proposed a rule change to give patients much greater control over the use of their biospecimens in research. Yet this effort failed due to backlash from the scientific community.   In this paper, I shall address some of the major arguments against such regulatory changes. For instance, Chadwick & Berg stress a duty to participate in research for the benefit of others; Knoppers & Chadwick further criticize the emphasis on individualism and autonomy over the value of solidarity in contemporary research ethics and policy. My aim is to counter these arguments and to support the proposed regulatory changes in the U.S. regarding tissue research. I hope to highlight important contemporary lessons we have yet to fully appreciate from the case of Henrietta Lacks.

Granted, how a natural entity can have interiority, i.e., subjectivity, is a hard problem, but if the question of integration and unification is not identical to the “Hard Problem of Consciousness” (Chalmers 1995) it is also inseparable from it and surely a presupposition of the very possibility of interiority. Nor would even an understanding of how subjectivity could be resident to a single cell tell us how consciousness could become an integrated unity across many cells. If we assume consciousness is a physically based phenomenon, and that it draws upon the activity of various parts of the brain, let alone constituent cells, then we must face our deficits in understanding how the experience of a unified consciousness is realized at the level of an integration of some cells but not others albeit in the absence of evident, non-arbitrary, physical boundaries.

When T-Cells are activated they release cytokines (yes, that cytokine), which trigger additional T-Cells to be made, which then release even more cytokines. One type of T-cells that are created are called cytotoxic T-cells. Cytotoxic T-cells are the cells that are able to roam the body and mercy kill infected cells who are chemically calling out to be killed and ideally to stop the increased production of viruses like COVID-19.

P.putida Competent Cells

P. aeruginosa cells were made competent utilizing a microcentrifuge-based procedure.

DCs are key initiators both of innate immune responses via cytokine production and of adaptive immune responses via presentation of antigen to T lymphocytes.

electroporation buffer (680 mM sucrose, 7 mM K2HPO4, pH 7)

the maintenance of the pluripotent state of animal stem cells requires hypoxic conditions, whereas higher oxygen tension promotes cell differentiation

inmates

Global protein acetylation

Passaged rBMSCs exhibited significantly greater proliferation rates at 1% O2 and 5% O2 than those at 18% O2 and the cells exposed to 1% O2 showed the highest proliferative potential, which was evidenced by the growth curves, colony-forming efficiencies, and CCK-8 absorbance values.

discovery that could potentially revolutionize how and where we harvest, preserve, and use stem cells

Eventually cells stuck together to form creatures with many cells. Plants and animals came out of the sea onto land and became ever more complex and aware