GLUCOSE
PERSISTENT HYPOGLYCEMIA
STRUCTURAL HOMEOSTASIS
PHAGOCYTOSIS
GROWTH HORMONE INHIBITORY HORMONE
EXOCYTOSIS
HYPOTHALAMUS
PINOCYTOSIS
GONADOTROPIN HORMONE RELEASING HORMONE
STRONG HOMEOSTASIS
HOMEOSTASIS
SODIUM POTASSIUM PUMP
PERSISTENT HYPERGLYCEMIA
CORTISOL RELEASING FACTOR
HOMEOSTATIC IMBALANCE
WEAK HOMEOSTASIS
ENDOCYTOSIS
CAN LEAD TO DIABETES MELLITUS
PROCESS BY WHICH CELLS ENGULF SUBSTANCES THAT ARE TOO LARGE TO ENTER THE CELL BY PASSING THROUGH THE CELL MEMBRANE
IS RESPONSIBLE IN CONTROLLING THE SECRETION OF GROWTH HORMONE
IS THE PASSAGE OF LARGE MOLECULES OUT OF A CELL
WHEREIN THE RATIO OF THE AMOUNTS OF RESERVE AND STRUCTURE BECOMES CONSTANT AS LONG AS FOOD AVAILABILITY IS CONSTANT
CAN LEAD TO COMA AND EVEN DEATH
WHEREIN THE SUB-INDIVIDUAL STRUCTURES GROW IN HARMONY WITH THE WHOLE INDIVIDUAL
DIABETES, DEHYDRATION, HYPOGLYCEMIA, HYPERGLYCEMIA, GOUT ARE DISEASES THAT RESULT FROM THIS
PUMPS SODIUM IONS OUT OF THE CELL AND AT THE SAME TIME PUMPS POTASSIUM IONS INTO THE CELL
CONTROLS THE RELEASE OF CORTISOL
THE MOVEMENT OF FLUIDS INTO THE CELL
IS RESPONSIBLE IN CONTROLLING THE RELEASE AND INHIBITION OF GONADAL HORMONES
THE PROCESS BY WHICH THE BODY MAINTAINS INTERNAL BALANCE BY RESPONDING TO STIMULI GENERATED BY THE DIFFERENT ENDOCRINE GLANDS
WHEREIN STRUCTURE AND RESERVE DO NOT CHANGE IN COMPOSITION
IS WHERE THE INHIBITORY AND RELEASING HORMONES ARE SECRETED
IS THE MOVEMENT OF LARGE FOOD PARTICLES OR WHOLE MICROORGANISMS INTO THE CELL
THE MOST PREDOMINANT BLOOD SUGAR
