THE GROWTH OF THE EMBRYO
           

AFTER,AN OVUM IS FERTILIZED,IT DIVIDES INTO TWO CELLS,
THOSE TWO NEW CELLS, ARE CALLED, THE PRIMAL STEM CELLS,
A FEW DAYS LATER, EACH OF THE NEW STEM CELLS,
DIVIDES INTO, TWO DIFFERENT TYPES OF TISSUE MAKING CELLS.
THESE 4 DIFFERENT TYPES OF CELLS, ARE THE EMBRYONIC STEM CELLS,.
THAT HELP TO BUILD, THE EMBRYO OF EACH NEW BORN CHILD.
                         
       EMBRYO ( EH M - BREE - OH. )
                                      
     EMBRYONIC ( EH M - BREE - AHN - IK  )

WHEN A OVUM,
BEGINS TO GROW, INTO A CHILD,
IT GOES THRU SEVERAL STAGES,  
FOR THE FIRST SIX WEEKS IT IS AN EMBRYO,
THEN IF IT IS HEALTHY, IT BECOMES A LIVING BEING,
AND IS CALLED A FETUS,UNTIL IT IS BORN,.AS A CHILD
THOSE CELLS THAT GROW
DURING THE EMBRYO'S FIRST 3 WEEKS,
ARE CALLED,THE EMBRYONIC STEM CELLS.
  ( EH M - BREE - AHN - IK  )

EMBRYONIC CELLS,
THAT GROW, AFTER THE FIRST 3 WEEKS,
FROM THOSE BEGINNING EMBRYONIC STEM CELLS..
ARE CALLED BY GREEK or LATIN,SOURCED NAMES,
THAT RELATE TO,WHERE THEY ARE GROWING WITHIN,
THE VERY SMALL FETUS,IN ITS FIRST 3 WEEKS OF GROWTH
THEIR MEDICAL LOCATION DESIGNATION NAMES
DO NOT RELATE TO WHERE THE CELLS,THEN GROW,
IN THE EMBRYO or IN US....AFTER ITS FIRST 3 WEEKS.

                                                                             PAGE DOWN
 
HOW THE EMBRYO GROWS


THE PRIMAL, CARTILAGE AND BLOOD CELLS,
THEN, BOTH DIVIDE, INTO TWO NEW CELLS,
BETWEEN, THE LYMPH and TENDON-BONE CELLS.
























       THEN, THE CARTILAGE CELLS, DIVIDE SEVERAL MORE TIMES,
       TO HELP ENCLOSE and PROTECT, THE PRIMAL BLOOD CELLS,
       THIS BEGINS, THE PRIMAL ENDODERM OF THE EMBRYO.

















 
THE INTESTINAL TRACT..BEGINS TO GROW



THE LYMPHIC CELL,
THEN BEGINS TO DIVIDE and REPRODUCE,
AS IT BEGINS, TO CREATE, THE PRIMORDIAL,
INTESTINAL TRACT-GUT TUBE OF THE EMBRYO.
THE MOTHER, THEN RECEIVES SENSATIONS,
THAT A EMBRYO, IS BEGINNING TO GROW,
AS THE LYMPHIC CELLS,CONTINUE TO DIVIDE.












AFTER 5 CYCLES OF LYMPHIC CELL REPRODUCTION,
THE FORMATIVE CELLS OF THE INTESTINAL TRACT ARE MADE.
and THE TENDON-BONE CELL, BEGINS, THE PELVIC MASS.










 
THE YOLK SACK FORMS
THE PRIMAL BLOOD CELLS and CARTILAGE CELLS,
WHICH ENCLOSE THEM,DIVIDE and REPRODUCE.
THEN,ONE OF THE CARTILAGE STEM CELLS,
IN THE ENDODERM,ENCLOSING THE BLOOD CELLS,
PRODUCES TWO,CHILD CARTILAGE CELLS,
TO THE SIDE OF THE PRIMORDIAL,
ENDODERMAL ENCLOSURE. ( see arrows )
BOTH OF THEM,
CONTINUE TO REPRODUCE THEMSELVES,
FOR SEVERAL DAYS,AS THEY FORM,
A BAG or SACK LIKE ENCLOSURE...
THAT IS CALLED,THE MESODERMAL YOLK SACK,
BECAUSE IT FORMS AN ENCLOSURE AROUND,
1. THE ENDODERM,
2. THE  PRIMORDIAL GUT, LYMPHIC CELLS and,
3. THE TENDON-BONE PRIMORDIAL,PELVIC BONE MASS.









 
THE ENDODERM and MESODERM FORM
THE PRIMAL CARTILAGE CELLS,
OF THE ENDODERM ENCLOSURE,
THEN DIFFERENTIATE INTO,
A ONE CELL THICK LAYER OF.
ENDOTHELIAL CONNECTIVE TISSUE,
MADE OF LONGER,CARTILAGINOUS CELLS.
THE DAY AFTER, THIS ENCLOSURE,
IS MADE,THE PRIMAL BLOOD CELLS,
THEN, BEGIN TO DIVIDE AND MULTIPLY.
SEVERAL OF THE PRIMAL BLOOD CELLS,
ATTACH THEMSELVES,TO THE ENDOTHELIAL CELLS,
THAT SURROUND THEM,  WHICH BEGINS,
THE CREATION OF THE EMBRYO'S,
B-LYMPHOCYTE, T-CELLS.
THE PRIMAL CARTILAGE CELLS, THAT SURROUND
THE ENDODERM and PRIMAL INTESTINAL GUT TUBE,
LYMPHIC CELLS...CONTINUE TO MULTIPLY,
THE OUTER CELL MEMBRANES,
OF THE GROUP OF PRIMAL,
TENDON-BONE CELLS,
ABSORB SULFATES AND THICKEN.








 
THE MESODERMAL CELLS DIFFERENTIATE
THE PRIMORDIAL CARTILAGE CELLS,
OF THE MESODERMAL ENCLOSURE,
ABSORB SILICON FROM THE UTERUS,
AND THEN,DIFFERENTIATE THEMSELVES,
INTO SEVERAL TYPES OF INTERLOCKING,
LONGER, CONNECTIVE TISSUE, STEM CELLS,
















 
THE MESODERM CREATES THE ECTODERM
 
THE TENDON BONE CELLS, DIVIDE and BEGIN,
THE PRIMAL, SPINAL AND HIP GROWTH.
THEN,THE MESODERMAL CARTILAGE CELLS,
BELOW, THE HIP, TENDON BONE CELLS,
BRANCH OUTWARD, WHEN THEN DIVIDE,
TO BEGIN, THE PRIMAL LAYER OF ECTODERM.
THEN, SLOWLY OVER MANY DAYS,
THOSE, FIRST TWO STEM CELLS
THAT DIFFERENTIATED,
FROM THE RING OF STEM CELLS
IN THE LAYER OF MESODERMAL CELLS.
DIVIDE and REPRODUCE AS, ECTODERMAL,
LIPID SECRETING, STEM CELLS.
UNTIL THEY COMPLETELY SURROUND.
THE MESODERM, WITH A LAYER OF,
ECTODERMAL, LIPIDIC, STEM CELLS.








 
THE PRIMITIVE LEG CELLS FORM
IN THE NEXT WEEK,THE  PRIMAL,
PELVIC TENDON and BONE CELLS,
BEGIN TO EXTEND DOWNWARD,
TO CREATE,
THE PRIMAL LEG EXTENSIONS,
AND THE ECTODERM
BROADENS ITS ATTACHEMENT,
TO THE WOMANS UTERUS.
ONCE THE 12,000+ PRIMAL
LEG CELLS ARE MADE THEN,
THE UPPER SPINAL BONE and TENDON CELLS,
BEGIN TO REPRODUCE AGAIN.
HOWEVER,
IF THE WOMAN, LACKS TRACE MINERALS,
THE EMBRYO, DRYS BACK AND IS DISCHARGED,
DURING HER NEXT, MENSTRUAL PERIOD.






 
THE PRIMITIVE TRANSVERSE COLON FORMS
THE PRIMORDIAL SPINAL COLUMN,
THEN GROWS LONGER,
AS THE LINE OF SOFT EMBRYONIC,
TENDON and BONE STEM CELLS, DIVIDE DAILY.
THE PELVIC MASS, EXPANDS,
AT THE BASE OF THE SPINAL COLUMN CELLS.

THEN, THE PRIMAL LYMPH CELLS,
OF THE PRIMITIVE, INTESTINAL TRACT,
EMBRYONIC GUT TUBE,
MOVE INTO THE VOID,
CREATED BY THE LENGTHENING
EMBRYONIC.SPINAL COLUMN, TO CREATE,
THE BEGINNING OF THE TRANSVERSE COLON








 
THE PRIMITIVE LOWER INTESTINE FORMS

THE INTESTINAL GUT TUBE
FORMS A SECOND LOOP.
THE PRIMITIVE SPINAL CELLS
TENDON and BONE CELLS.
CONTINUE TO REPRODUCE.
THE LAYERS OF MESODERM,
AND ECTODERM, CARTILAGE,
STEM CELLS, REPRODUCE,
TO ACCOMODATE,THE LARGER.
GUT TUBE and SPINAL CELLS.
A STRONG PROTECTIVE WALL
CALLED THE PLACENTA,
BEGINS TO FORM ON THE WALL
OF THE FEMALE UTERUS,
AND THE VERTICAL EMBRYO,
RELOCATES ITSELF, AS SHOWN,
WHICH BEGINS, ITS GROWTH,
AS AN INFANT'S FETUS.

        PAGE DOWN








 
THE GROWTH OF THE ORGANS OF THE FETUS

THE ORGANS, THAT GROW FROM,
THE DARK PURPLE, STEM CELLS, OF THE ENDODERM



OUR HEART,LIVER, SPLEEN,
and PANCREAS, EACH GROW,
FROM THE ENDOTHELIAL CELLS
OF THE ENDODERM,
AS THE FETUS, BEGINS TO FORM,
ITS MAJOR ORGANS,
PAIRS OF ENDOTHELIAL CELLS,
DIFFERENTIATE INTO
A DIFFERENT ORGAN
EACH OF THEM HAVE A SIMILAR
DARK PURPLE COLOR,
AND THE LONGER,OVAL CELLS,
SIMILAR TO THEIR SOURCE,
ENDOTHELIAL STEM CELLS,
OF THE ENDODERM.






 
THE MESODERM DIFFERENTIATES INTO CONNECTIVE TISSUE
 THE MANY FORMS OF CONNECTIVE TISSUE,
 THAT GROW FROM THE MESODERMAL SHELL,
 AFTER THE SIXTH WEEK OF THE EMBRYO.
DURING THE NEXT TWENTY DAYS
OF DEVELOPMENT OF THE FETUS,
THE CELLS OF THE MESODERM,
DIVIDE and DIFFERENTIATE,
INTO MANY OTHER TYPES OF,
CONNECTIVE TISSUE, STEM CELLS.
THEREFORE, THE CONNECTIVE TISSUE
OF THE BLOOD, LYMPH, CARTILAGE,
BONES, NERVE MYELIN SHEATH,
CARDIOVASCULAR SYSTEM and,
URO-GENTIAL SYSTEMS,ARE ALL,
CALLED "MESENCHYMAL" CELLS,
BECAUSE, THEY ALL STEM FROM,
THE STEM CELLS, IN THE "MESODERM",
OF THE PRIMORDIAL EMBRYO.











 
THE ECTODERMAL CELLS DIFFERENTIATE



     NERVE CELL TISSUE,WHICH GROWS FROM,
   STEM CELLS..IN THE EMBRYO'S ECTO-DERM









 
THE  ECTODERM, FUNCTIONS AS AN,
OUTER GERM LAYER OF THE EMBRYO.
IT IS THE SOURCE OF THE STEM CELLS,
USED FOR THE CREATION OF,
THE MYELINATED NERVE CELL TISSUE,
FOUND AROUND OUR LONG NERVES,
BRAIN CELLS, BEHIND OUR EYES,
AND IN OUR EARS AND SPINAL CORD.
FROM THIS OUTER LAYER OF CELLS,
GROW THE MYELIN SECRETING CELLS,
THAT SURROUND OUR NERVE FIBERS.
THESE SPECIAL CELLS, THAT SECRETE
THE ELEVEN OMEGA ,LIPID EFA'S,THAT,
PROTECT and INSULATE ALL OUR,
LONG NERVES and BRAIN STEM CELLS,
ARE CALLED LIPIDIC,SCHWANN CELLS.

            PAGE DOWN







EXPLANATIONS OF THE..ENDO..MESO..ECTO..CELL DESIGNATIONS
 ENDO- FROM THE INNER
 EMBRYONIC CELLS
 MESO- FROM THE MIDDLE
 EMBRYONIC CELLS
 ECTO- FROM THE OUTER
 EMBRYONIC CELLS
  THE ENDO'DERMAL,
  STEM CELLS CREATE:
    OUR HEART
    SPLEEN
    PANCREAS
    GLANDS and,
    THE SECRETORY CELLS
    LINING OUR DIGESTIVE TRACT
   THE MESO'DERMAL,
   STEM CELLS CREATE:
     OUR BLOOD, LYMPH
     KIDNEYS, LUNGS
     ARTERYS, VEINS
     MUSCLES
     CARTILAGE, TENDONS, BONES
     INTERNAL ORGAN PLEURAS.
  THE ECTO'DERMAL,
   STEM CELLS CREATE:
    OUR NERVES
    MYELIN SHEATH
    SPINAL CORD
    BRAINS
    EYES
    EARS
  LIPO-PROTEIN AIDED CELLS
 THAT ARE GUIDED BY RNA
    GLYCO-PROTEIN AIDED CELLS
    RNA GUIDED,DNA ASSISTED
  GLYCO-LIPID AIDED CELLS THAT,
  GROW, BUT DON'T REPRODUCE.