#LivingCells

[atlantisinstitute]

EVERYTHING EMITS LIGHT

In the world of scientific exploration, ground-breaking discoveries have the power to transform our understanding of life itself. One such revelatory moment came with the pioneering work of Fritz Albert Pop, a brilliant scientist who uncovered a hidden truth: all living cells emit light, a phenomenon known as bio photonic emission. Join us as we delve into this fascinating realm of biphotonic and the profound implications it holds for our perception of life and health.

Fritz Albert Pop's journey into bio photonics began with the quest to understand the subtle energetic processes that occur within living systems. Armed with his curiosity and an unwavering commitment to truth, he developed sensitive detection methods to capture the faint glow emitted by cells. His experiments demonstrated that living organisms, from tiny microorganisms to complex human cells, emit measurable photons of light.

The revelation that all living cells emit light shines a new light (pun intended) on the essence of life itself. Bio photonic emissions have been linked to various physiological and psychological processes. This radiant light is thought to reflect the overall health and vitality of living organisms. It has been suggested that imbalances or disturbances in these emissions could indicate underlying health issues.

Every living cell seems to possess its own unique light signature, akin to a cellular language that communicates vital information about its condition. This phenomenon has opened exciting avenues of research in various fields, including biology, medicine, and even consciousness studies. Understanding this cellular language could pave the way for innovative diagnostic and therapeutic approaches.

The implications of Fritz Albert Pop's discovery in the realm of health and medicine are vast. Researchers are exploring the potential of bio photonics as a non-invasive diagnostic tool, aiding in the early detection of diseases and monitoring treatment responses. The integration of bio photonics into medical practices could revolutionize the way we approach healthcare, focusing on holistic and personalized treatments.

The impact of bio photonics extends beyond the physical realm. Some scientists speculate that bio photons may play a role in the communication and processing of information within the body, potentially influencing our emotions, thoughts, and consciousness. This intriguing connection between light and consciousness is an area of ongoing investigation that sparks both excitement and philosophical contemplation.

This profound discovery reminds us of the immense complexity and beauty of life. Fritz Albert Pop's legacy encourages us to keep pushing the boundaries of knowledge, to seek the hidden truths that lie beyond our current understanding, and to illuminate the world with the light of discovery.

Be your Heart – Be the Light Within

www.AtlantisInstitute.org

[sciencehook]

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Mitosis in Mesenchymal Stem Cells. This was visualized by the winner of the "Scientist of Tomorrow", Almudena. Credit: @nanolive_sa . . . #nanolive #mitosis #biotechnology #microscopy #cellbiology #mesenchymalstemcells #stemcells #biology #biotech #science #research #experiment #livecell #livingcells #celldivition #laboratory #3dcellexplorer #revolutionary #hightech #microscope #videooftheday #science #sciencehook https://www.instagram.com/p/B23dz0HjjDD/?igshid=ao4ach0h5ojb

[reallibertymedia]

Grim Leftovers Podcast - 2020-02-10 - #Cannabis #TreatsCancer #Bees #TheEndOfTheWorldAsWeKnowIt

[lasonyalancestor]

Something came across my mind this morning regarding our Ancestors and everything inside our body's. I was always curious why they have the saying "Your Ancestors is within you". Today, I got a profound answer to that question. Every cell in our body is literally alive. The basic building blocks to all living organisms is a cell. They contain our Ancestor information(DNA). When we were born, all our Ancestors Knowledge, Feelings, Thoughts and Gifts were written and passed on in our DNA. It was like a story was being told to the new generations of cells. Stories of our Mothers, Grandmother, Fathers, Grandfathers, and so on and so forth. Every tear that they cried, every fear that they felt, was retold in our cells. We repeat the story to our bodies, when we respond to Hate, Fear, Sadness, and Anger. We give our cells(DNA) permission to repeat a cycle of random chaos.  That is the true generational curse we pass on to our children...the world we create inside ourselves.  #Ancestor #Ancestral #generational #DNA #livingcells https://www.instagram.com/p/B3XaFHnFyLL/?igshid=1ds2u0ddcp9x8

[the-scientific-reporters]

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Appreciate in this video how an activated T-cell attacks a cancer cell.⠀ ⠀ ➡️ Immunotherapy involves re-engineering T-cells so that they can recognize and kill cancer cells. This type of therapy has shown promising preliminary results in fighting lymphoma. ⠀ #immunotherapy #immunooncology #nanolive #biotechnology #cancer #fightingcancer #healing #illness #medicine #medical #doctors #research #biology #livecells #livingcells #cells #labelfree #chemicalfree #oncology #immunesystem #tcell #tcells #cancertherapy #alternative ##lymphoma Source - Nano Live @nanolive_sa https://www.instagram.com/p/B3hTUqZB3Zx/?igshid=1p7qebx08ez4z

[locabella503]

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[strujillo-blog1]

OCP: Procedural & Type-Based Polymorphism

In his book Understanding the Four Rules of Simple Design, Corey Haines discusses Kent Beck’s four rules of design* through a study on Conway’s Game of Life (GoL). For those unfamiliar with the game, GoL is a zero-player game in which cells on the board mutate (change colors) depending on the dead or alive status of a cell and its neighbors.

Much of the book travels through a thought process of coding GoL based on the aforementioned design rules. The discussion below isn’t a final destination of code; Haines continues to change the code. However, it is a stop in the process I find useful for exploring one SOLID principle in particular: the Open-Close Principle (OCP).

As mentioned before, in GoL we have cells on the board with a dead or alive status. Imagine that these cells are represented as one class: Cells. This one class needs to capture the possible states of the game for a cell. Trying to accommodate different cell states may result in using if-elsif statements in the class: if alive, do this; else if dead, do that. This is procedural polymorphism. We achieve polymorphism through this if-elsif sequence.

What happens when we add another possible cell state? Haines uses the example of a zombie state. In procedural polymorphism, the sequence of if-elsif must be modified to include another branch for when a cell is a zombie. This means that procedural polymorphism is not closed to modification and violates OCP.

Using type-based polymorphism can help. In type-based polymorphism, “…we can take our state and raise it to types: LivingCell and DeadCell.” Our type-based classes will contain the same API. We can easily create a type-based class for our zombie state, ZombieCell, with the same API. Using type-based polymorphism, our code becomes open to extension and closed to modification.

Type-based polymorphism could be a final solution depending on the problem. Or, as mentioned before, it could just be a stop in the development process. In either case, it is a useful stop to make when thinking about what OCP means when applied to a specific problem.

*Haines states the rules of design in simplified versions as: 1) Tests Pass, 2) Expresses Intent, 3) No Duplication (DRY), and 4) Small.

[gilletttrends]

Replica of Van Gogh’s ear. 

BioBots is a 3D printer specialised in producing functional living cells. It uses powder ink, a binding factor and cells. As well as offering a solution to transplants, this creation could help end animal testing by providing living tissue to be tested on without the moral issue of compromising another being’s life.

Natasha Lomas: ‘BioBots is a 3D Printer for Living Cells’, http://techcrunch.com/2015/05/04/biobots-is-a-3d-printer-for-living-cells/, (May ‘15).

Laura McQuarrie: ‘BioBots' Medical 3D Printing Machine Creates Functional Living Tissue’, http://www.trendhunter.com/trends/biobots, (March ‘15).

“So far our clients are literally working across the spectrum from bone to lung, liver, heart, brain, skin, cartilage using these processes” - Danny Cabrera, co-founder of BioBots. 

http://www.biobots.io

[graceathom]

Absalon

Israeli, 1964-1993

How To Isolate Yourself and Inhabit Everywhere: Absalon's Living Cells (1991-1993)

exhibition views at BW Berlin

[the-scientific-reporters]

Today we are sharing a very nice timelapse mitosis in Mesenchymal Stem Cells. This was visualized by the winner of the "Scientist of Tomorrow" Almudena during her one-week training last week.⠀

Learn more about this video via the link in our bio!⠀

⠀

#nanolive #mitosis #biotechnology #microscopy #cellbiology #mesenchymalstemcells #stemcells #biology #biotech #science #research #experiment #livecell #livingcells #celldivition #laboratory #3dcellexplorer #revolutionary #hightech #microscope #videooftheday credit@nanolive