CELL REPRODUCTION.......HOW OUR STEM CELLS.......HELP US TO GROW.
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A STEM CELL...IN THE PRE-GROWTH
 NUCLEO'LUS PHASE
 IN THE NUCLEUS OF OUR STEM CELLS,
THERE IS A SMALL DENSE MASS,
CALLED THE NUCLEOLUS, THAT FLOATS,
IN THE GELATINOUS, RIBOSE SUGARS,
THAT SURROUND IT, IN THE NUCLEAR PLASM.
THE VERY DENSE, SMALL NUCLEOLUS
IS MADE OF INTER-TWINED FIBRYLS OF,
STACKS OF PLATEFORM NUCLEIC ACIDS.
CALLED GENE FIBRYLS,THAT CONTAIN THE CODE
FOR EACH ONE OF THE STRANDS OF THE PROTEIN,
THAT WAS USED, TO CREATE, THE STEM CELL.
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A STEM CELL....IN THE BEGINNING
NUCLEO'SIDE PHASE
 iF WE NEED TO GROW CELL TISSUE, OUR FORNIX
SENDS A MESSAGE, TO THE TWO CENTRIOLES,
IN THE STEM CELLS,IN THAT CELL TISSUE.
THE CENTRIOLES OF THE STEM CELL,
THEN, COME TOGETHER AND SIGNAL,
THE NUCLEIC ACIDS, IN THE CELL NUCLEOLUS,
TO JOIN, WITH THE RIBOSE SUGARS,
THAT SURROUND,THE NUCLEOLUS..
THE RIBOSE SUGARS, THEN, BOND TO THE SIDES,
OF EACH, OF THE PLATE LIKE NUCLEIC ACIDS,
IN THE NUCLEOLUS, MAKING THEM, NUCLEO-SIDES
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THE NUCLEO'TIDE PHASE
 THE EXPANDING MASS OF NUCLEOSIDES,
FILLS, THE PASTE-LIKE MASS OF FOSFATES,
THAT SURROUND THEM, IN THE NUCLEUS.
THE FOSFATES, BOND INTO,THE RIBOSE SUGARS,
THAT JOIN, THE NUCLEIC ACIDS, TOGETHER,
ON THEIR SIDES, TO MAKE THEM, NUCLEO-TIDES.
THEN, THE TWO CENTRIOLES, EACH BEGIN,
TO MAKE A NEW, SMALL CENTRIOLE,
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THE CHROMATIN PHASE
 SHORT, THIN SPINDLE FIBRES,
MADE OF THE OMEGA 3 ESSENTIAL LIPIDS,
RYOSINE.ALN, TRIOLENE.DLA & VALENE.VLA
BEGIN TO FORM, NEAR EACH CENTRIOLE,
AS THEY MOVE APART,FROM EACH OTHER.
GENE FIBRYLS, MADE OF 20-50 NUCLEOTIDES
THEN, JOIN TOGETHER, INTO LONGER STRANDS
OF GENE FIBRYLS, CALLED CHROMATIN.
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CHROMOSOME PHASE
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CENTERING PHASE
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THE CHROMATID PHASE
 THEN, SMALL, TRANSFER RIBOSOMES,
SEPARATE THE PAIRED CHROMOSOMES,
INTO TWO, SINGLE CHROMATID-CHROMOSOMES.
THE SMOOTH SURFACED RETICULUM,
THEN REFORM, AS TWO MASSES OF ENDO-PLASM,
THE LONG TUBULAR MITO'CONDRIA,
BREAK INTO SMALL, CRISTAE-UNIT SECTIONS,
THAT THEN, THEN PUSH, EACH OF THESE CHROMATIDS,
INTO A DIFFERENT MASS OF THE ENDOPLASM,
TO CREATE, TWO EQUAL GROUPS OF CHROMATIDS.
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THE TWO NUCLEI PHASE
 THE SMALL, HELPER ORGANELES,
REFORM INTO, LARGER CELL ORGANELES
THAT THEN, MOVE TO OPPOSITE ENDS OF THE CELL.
THE TWO MASSES OF ENDOPLASM & CHROMATIDS,
MOVE APART, TOWARD OPPOSITE CENTRIOLES.
THE PORES OF THE CELL MEMBRANE OPEN,
TO HELP THE CELL, ABSORB RIBOSE SUGARS,
FROM INTER-CELLULAR FLUIDS, AROUND THE CELL.
THE CELL CYTOPLASM EXPANDS,
AND THE CELL MEMBRANE BEGINS TO DIVIDE IN TWO
a
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THE CELL DIVIDING PHASE
 A NUCLEAR MEMBRANE, THEN FORMS AROUND
EACH OF THE GROUPS OF 46 CHROMATID-CHROMOSOMES,
THE PARENT CELL BEGINS, TO DIVIDE INTO 2 CELLS,
HALF OF THE ORGANELES OF THE CELL,
MOVE, NEAR TO THE TWO CENTRIOLES,
AT THE OPPOSITE ENDS OF THE DIVIDING CELL.
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| EACH OF THE CHILD CELLS.....NOW BEGIN....TO DIFFERENTIATE
ONE IS TO BECOME A STEM CELL.....THE OTHER......AN ORGAN TISSUE CELL
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THE STEM CELL
RE-STRUCTURING PHASE
 THE STEM CELL'S ORGANELES,
BEGIN TO ENCIRCLE, THE NUCLEUS.
THE SPINDLE FIBRES, BEGIN TO BE RE-ABSORBED,
BY THE ISLANDS OF LIPID STORAGE & SYNTHESIS,
IN THE ISLES OF GOLGI, OF THE GOLGI APPARATUS.
THE CENTRIOLES, MOVE CLOSER, TO THE NUCLEUS.
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THE DIFFERENTIATED CELL
INITIAL PHASE
 SMALL ORGANELES, THAT WILL HELP, TO MAKE,
THE SPECIAL CELL TISSUE, SECRETORY ORGANELES
HORMONES, ENZYMES AND ANTI-BODYS,
THAT ARE RELATED,TO THE ORGAN FUNCTIONS,
OF THE FUTURE, DIFFERENTIATED CELL,
APPEAR, NEAR TO THE CENTRIOLES.
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THE STEM CELL
ORGANEL RE-GROWTH PHASE
 WITH THE HELP OF ALL
THE CHROMATID-CHROMOSOMES,
IN THE NUCLEUS OF THE CHILD CELL,
AND THE DNA & RNA AND RIBOSOMES,
MANY SMALL RETICULUM AND ORGANELES
REFORM AROUND THE NUCLEUS
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THE DIFFERENTIATED CELL
ORGANEL RE-GROWTH PHASE
 WITH THE HELP OF ALL
THE CHROMATID CHROMOSOMES,
IN THE NUCLEUS OF THE CHILD CELL,
AND THE DNA & RNA AND RIBOSOMES,
MANY LARGER, RADIATING RETICULUM,
AND PROTEIN STORING ORGANELES,
FORM AROUND THE NUCLEUS.
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THE COMPLETION PHASE OF CELL DIFFERENTIATION
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THE STEM CELL...COMPLETION & DORMANCY PHASE
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 THE DORMANT STEM CELL
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ONCE THE STEM CELL,CHILD CELL,
HAS REBUILT ALL ITS ORGANELES,
THE 46 CHROMATIDS, IN ITS NUCLEUS,
REFORM, INTO...SHORT STRANDS OF CHROMATIN
THEN, AS THE NUCLEIC ACIDS, IN THAT CHROMATIN,
SEPARATE FROM,THE STRANDS OF RIBOSE SUGARS
AND FOSFATES,THAT SURROUND,THE NUCLEOTIDES.
SMALL GENE FIBRYLS, BEGIN TO APPEAR,
WITHIN THE MASS, OF THE DIMINISHING CHROMATIN.
THEN, THOSE RIBOSE SUGARS, BEGIN TO ENCIRCLE,
THE GROWING MASS OF GENE FIBRYLS,
AS THEY CONDENSE, INTO A NEW NUCLEOLUS.
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NOTE THAT, THE WORDS, INTERPHASE, PROPHASE, METAPHASE AND ANAPHASE
ARE NOT USED TO DESCRIBE, THE VARIOUS PHASES OF HUMAN CELL REPRODUCTION,
BECAUSE,THEY ONLY RELATE TO, THE REPRODUCTION OF...THE SOFT CELLED HAMSTERS,
THAT WATSON & CRICK, USED DURING, THEIR EARLY GENETIC REASEARCH, IN THE 1950's.
DR.CRICK & DR.MANLY, DEVELOPED THE IMPROVED NAMES, FOR THE SPECIFIC PHASES,
OF REPRODUCTION OF HUMAN, STEM CELLS & TISSUE CELLS, THAT WERE RECENTLY,
DISCOVERED BY DR.SANGER & DR.WILKINS, WHILE STUDYING,HUMAN CELL GENETICS.
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