HİSTOLOGY 2 MİDTERM

tangled network of axons, dendrites, and neuroglial processes

Internal granular

The future retina and the optic nerve are develop from the forebrain

Flattened cells that located in the ganglion cell layer

Basal cells of taste buds

Linear and angular movement

Mammotroph cells

into the primary capillary bed

2, 3, 4

sinusoidal capillaries

along the outside of the capillaries and small venules

the annuli fibrosi

transmit iron to developing leukoblasts

Selectins

simple nonkeratinized squamous

basket cells

blood vessels

they represented by two layers of squamous cells rolled into a tube

central artery

the stratum intermedium

Parafollicular cells

Hair cells play a role in absorption endolymph

is the vascular supply system that is used for hormonal regulation of the pars distalis

chief cells

specialized cardiac muscle cells of the ventricle

postnatally the liver and the spleen are not active in hemopoiesis

the capsule cells, satellite cells and collagen

Photoreceptor cells- rods

1,2,4

In the macula of the saccule and utricle

basal, intermediate, and marginal cells

Follicular cells

renal glomerulus

they outnumber arteries and have smaller luminal diameters

during active HCI production, the number of microvilli decreases and the tubulovesicular system increases

central processes of the sensory neurons whose cell bodies lie in the dorsal root ganglion

Photopsin

Near the apex of the cochlea

Neurohypophysis

increase the secretion of osteoclast-stimulating factor

simple squamous epithelium

in subendocardial layer

into the subcapsular sinus, which is located just deep to the capsule

esophagus

teniae coli

aggregations of cell bodies of Interneurons

It separates the choroid from the retina

Hypothalamus

Cells of zona fasciculata

proerythroblasts

the muscularis mucosa of the esophagus is composed of skeletal and smooth muscle layer

Stratified, squamous, nonkeratinized epithelium covers the anterior surface

an inhibitory signal to the endocrine gland once a hormone activates its target cell

smooth muscle cells

CFU-E

migrates to a primary lymphoid nodule and proliferates, forming a germinal center

neural crest-derived ectomesenchyme of the mandibular and maxillary arches

they are epithelially covered, finger-like or leaf-like protrusions of the lamina propria

Choriocapillary layer

On the soft palate and pharynx

Brush cells

Chief cells and oxyphil cells

sinusoidal capillaries

Gray matter of the spinal cord

2,3, 4, 5

pinealocytes and interstitial cells

reservoir of red blood cells

stratified squamous keratinized epithelium

crypts of Lieberkuhn

the capillaries of the cortex are of the

their nuclei are apically located and are round

On the basilar membrane

Thyrotropin inhibiting hormone

high-endothelial venules

processes of adventitial reticular cells

arteriole

ependymal cells

Inner surface of the choroids that is abundant with small blood vessels

the developing T cells proliferate extensively in the medulla

Composed of bony labyrinth

type I epithelial reticular cells

toward the vascular periodontal ligament

Bowman’s glands

postcapillary venules

is directly proportional to its physiological crass-section

yolk sac, liver, spleen

In nuclei of the hypothalamus

the terminal arterial capillaries terminate prior to reaching the sinusoids

they may undergo differentiation to become skeletal muscle cells

Optic nerve fiber layer

Inhibitory

Vestibular(Reissner) membrane

Chromaffin cells

Oxytocin

Perilymph

terminal arterial capillaries

many cuboidal cell-lined, colloid-containing cysts

Gonadotrophs

at fourth week of development