Simple Cuboidal with Microvilli
Carbonic anhydrase enzyme catalyzes the reaction of CO2 & H2O to form H+ & HCO3-. It is normally present in the follwing site: 1)CSF 2)acqueous humor of the eye 3)Parietal cells of stomach 4)Pancreas 5)RBCs 6)Kidney in proximal & distal convoluted tubules & it's not present i the respiratory system
From the renal corpuscle (first the afferent arteriole feeds the glomerulus, which is then drained by the efferent arteriole) and passes on to the renal tubules (passes into the proximal convoluted tube, into the descending and ascending loops of Henle, and the distal convoluted tube)
Simple cuboidal epithelium; these cells form tubules that open onto a surface (glands).
They form asters in cell division.They also organize micro tubules in division.
Simple cuboidal epithelium; these cells form tubules that open onto a surface (glands).
nephroliths is not the answer.Protein solidifies in the nephron tubules and forms solid masses that take the shape of the tubules in which they develop. These masses are called "CAST"Cast is the answer.
TUBES
TUBES
In humans, there are specialized cells in the testes called spermatogonia (specifically in the basal compartment of the seminiferous tubules). It divides to form two primary spermatocytes. These move up into (a different part of) the seminiferous tubules, duplicates its DNA and divides by meiosis (reduction division) to form haploid secondary spermatocytes. Each divides and forms sperm, so there are four from each spermatogonia but where? the sperm cell is made
Carpels and metacarpels.
This could be the adjective "national" (of a nation or country).There is no adjective form negotional, but rather the convoluted form "negotiatory."(pertaining to negotiation)
In humans, there are specialized cells in the testes called spermatogonia (specifically in the basal compartment of the seminiferous tubules). It divides to form two primary spermatocytes. These move up into (a different part of) the seminiferous tubules, duplicates its DNA and divides by meiosis (reduction division) to form haploid secondary spermatocytes. Each divides and forms sperm, so there are four from each spermatogonia but where? the sperm cell is made