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CELL SIGNALING DID NOT EVOLVE VIA EVOLUTION

VERN BENDER
  • First, receThese chemical signals, which are proteins or other molecules produced by a sending cell, are often secreted from the cell and released into the extracellular space. … The ligand binds to the receptor and triggers a signaling cascade inside the cell, leading to a response—option, whereby the signal molecule binds the receptor.
  • Then, signal transduction is where the chemical signal results in a series of enzyme activations.
  • Finally, the response, is the resulting cellular response.
  • Cell signaling can be divided into three stages. (All things are triune with binary interactives).
  • Reception: A cell detects a signaling molecule from the outside of the cell. Transduction: When the signaling molecule binds the receptor, it changes the receptor protein somehow.
  • Response: Finally, the signal triggers a specific cellular response
  • One unique example of paracrine signaling is synaptic signaling, in which nerve cells transmit signals. … When the neurotransmitters arrive at the receiving cell, they bind to receptors and cause a chemical change inside the cell (often opening ion channels changing the electrical potential across the membrane).
  • THE LAW THAT CONTROLS ALL PARTICLE INTERACTIONS IS THIS:
  • ALL THINGS ARE TRIUNE, WITH BINARY INTERACTIVES. THIS IS THE LINKAGE BETWEEN MATTER AND FORCE-CARRYING PARTICLES. THE LINKAGE BETWEEN THE PARTICLE ZOO IS CONTROLLED BY FERMIONS AND BOSONS. 
  • THE REALITY OF HOW LIFE FORMS CAME ABOUT ON THIS REMOTE BLUE MARBLE IS THIS:  THE EVENT ORIGINATOR WROTE THE CODE, PRODUCED THE BLUEPRINT, AND USED AN EVOLVEMENT PROCESS TO OBTAIN THE REQUISITE RESULT. IT’S ALL JUST A BINARY SOFTWARE.
    • IT’S ALL ABOUT THE CODE THAT YOU START  WITH.
    • THE DESIGNER/CREATOR’S PROCESS : (recap).
    • 1ST: Write the code for the upcoming big bang to create another universe. (One universe does not make an infinity.)
    • 2nd:  Write the code for the design and descent for all intended results as the event unfolds. ( One event does not require an eternity to make).
    • 3rd:  Set the event in motion. All things are triune, with binary interactives.
    • 4th:  Monitor, fine-tune, adjust, and select out ongoing.
    • 5th: Use DESIGN AND DECENT as the process. Write a separately coded blueprint for the consciousness of the known thought reposers.
    • 6th: It’s not the people; it’s the event.
    • 7th:  Harvesting new crops of known thought reposers was the intended result.
    • ONE UNIVERSE DOES NOT MAKE AN INFINITY.
    • ONE EVENT DOES NOT MAKE AN ETERNITY.
    • EVOLUTION IS ONLY PART OF THE PROCESS.*
    • ALL THINGS ARE TRIUNE, WITH BINARY INTERACTIVES.
    • BEYOND GOOD AND EVIL IS ONLY GOOD.
    • IT’S NOT THE PEOPLE, ITS THE EVENT.
    • GET BACK TO WHERE YOU ONCE BELONGED.
    • IN THE END, CHOICES ARE NEVER FREE.
    • WHAT TO DO, IS UP TO YOU.
    GETTING BEYOND EVIL IS A START
In biology, cell signaling is part of any communication process that governs the basic activities of cells and coordinates multiple-cell actions. The ability of cells to perceive and correctly respond to their microenvironment is the basis of development, tissue repair, immunity, and normal tissue homeostasis. Signal interactions and cellular information processing errors may cause diseases such as cancer, autoimmunity, and diabetes. By understanding cell signaling, clinicians may treat diseases more effectively, and theoretically, researchers may develop artificial tissues. Systems biology studies the underlying structure of cell signaling networks and how changes in these networks may affect the transmission and flow of information (signal transduction). Such networks are complex systems in their organization and may exhibit some emergent properties, including bistability and ultrasensitivity. Long-range allostery is often a significant component of cell-signaling events. Analysis of cell-signaling networks requires a combination of experimental and theoretical approaches, including developing and analyzing simulations and modeling.
  • Cell signaling underlies critical cellular decisions such as development, cell growth and division, differentiation, migration, and apoptosis, and it essentially provides the coordination required for the functionality of multicellular organisms.
All cells receive and respond to signals from their surroundings. Each cell is programmed to respond to specific extracellular signal molecules. It accomplishes this by a variety of signal molecules secreted or expressed on the surface of one cell and binding to a receptor expressed by the other cells, thereby integrating and coordinating the function of the many individual cells that make up organisms. Extracellular signaling usually entails the following steps:
  1. Synthesis and release of the signaling molecule by the signaling cell;
  2. Transport of the signal to the target cell;
  3. Binding of the movement by a specific receptor leading to its activation;
  4. Initiation of signal-transduction pathways.
One example of paracrine signaling is the transfer of signals across synapses between nerve cells. A nerve cell consists of a cell body, several short, branched extensions called dendrites that receive stimuli, and a long extension called an axon, which transmits signals to other nerve cells or muscle cells.    NATURAL SELECTION GOES DIGITAL EARLY ON. WOW!

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