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РЕЗОЛЮЦІЯ: Громадського обговорення навчальної програми статевого виховання


ЧОМУ ФОНД ОЛЕНИ ПІНЧУК І МОЗ УКРАЇНИ ПРОПАГУЮТЬ "СЕКСУАЛЬНІ УРОКИ"


ЕКЗИСТЕНЦІЙНО-ПСИХОЛОГІЧНІ ОСНОВИ ПОРУШЕННЯ СТАТЕВОЇ ІДЕНТИЧНОСТІ ПІДЛІТКІВ


Батьківський, громадянський рух в Україні закликає МОН зупинити тотальну сексуалізацію дітей і підлітків


Відкрите звернення Міністру освіти й науки України - Гриневич Лілії Михайлівні


Представництво українського жіноцтва в ООН: низький рівень культури спілкування в соціальних мережах


Гендерна антидискримінаційна експертиза може зробити нас моральними рабами


ЛІВИЙ МАРКСИЗМ У НОВИХ ПІДРУЧНИКАХ ДЛЯ ШКОЛЯРІВ


ВІДКРИТА ЗАЯВА на підтримку позиції Ганни Турчинової та права кожної людини на свободу думки, світогляду та вираження поглядів



On the photomicrograph of the inner flask of Vater-Pacini corpuscle one can see neuronal process. What process and of what type of neurocyte is that?

a. axon of multipolar neuron

b. axon of pseudounipolar neuron

c. +dendrite of pseudounipolar neuron

d. dendrite of multipolar neuron

e. axon of unipolar neuron

 

277. Sensory nerve ending that is responsible for temperature sense:

a. Vater-Pacini corpuiscle

b. Meissner’s corpuscle

c. neuromuscular spindle

d. +free nerve ending

e. Ruffini’s corpuscle

 

278. Nerve cells that form reflex arc:

a.+afferent, intercalary and efferent

b. afferent and intercalary

c. intercalary and efferent

d. afferent

e. efferent

 

 

279. Olfactory mucosa of the nasal cavity contains the following cells:

a. +sensory

b. endocrine

c. ciliated

d. goblet

e. neurosecretory

 

280. Sense organ whose sensory cells have a short dendrite and a long axon; the dendrites end in a thickening (called the rod or knob); each axon passes into the subjacent connective tissue where it forms one fibre of the olfactory nerve:

a. organ of hearing

b. organ of taste

c. organ of equilibrium

d. +organ of smell

e. organ of sight

 

281. Cells of olfactory organ:

a. ciliated

b. +sensory,supporting and basal

c. neurosecretory

d. goblet

e. endocrine

 

282. Cells that respond to angular acceleration:

a. cells of saccular macula

b. cells of urticular macula

c. +cells of ampullary crest

d. cells of spiral organ

e. cells of retina

 

 

283. Receptor cells, the dysfunction of which, causes disorder in appreciation of information about angular movements of the head:

a. hair cells of spiral organ

b. receptor cells of olfactory organ

c. rods and cones of retina

d. receptor gustatory cells

e. +hair cells of saccular and utricular maculae, and hair calls of ampullary crests

 

284. Otholithic membrane is situated in:

a. ampullary crest

b. spiral organ

c. +saccular and utricular maculae

d. vascular stria of cochlear duct of membranaceous labyrinth

e. spiral ligament

 

285. Sense organ, the receptor and supporting cells of which are surrounded by gelatinous cupula that is devoid of cavity:

a. +organ of equilibrium

b. organ of hearing

c. organ of smell

d. organ of taste

e. organ of vision

 

286. Cells that make up saccular and utricular maculae:

a. goblet cells

b. +hair cells and supporting cells

c. nerve cells

d. nonciliated cells and basal cells

e. columnar cells and intercalated cells

 

287. Cells of the organ of equilibrium, on the apical pole of which, there are sixty to eighty stereiocilia (nonmotile microvilli) and one kinocilium (motile cytoplasmic filament):

a. supporting cells

b. squamous epithelial cells

c. cuboidal epithelial cells

d. cylindrical epithelial cells

e. +hair sensory cells

 

288. Sense organ, sensory and supporting cells of which, are covered by gelatinous otolithic membrane containing otoliths (crystals of calcium carbonate):

a. +organ of equilibrium

b. organ of hearing

c. organ of smell

d. organ of taste

e. organ of sight

 

289. Which of the following cells are the part of saccule and utricle of the organ of equilibrium:

a. basal cells and non-ciliated cells

b. ciliated cells

c. goblet cells

d. +hair cells and supporting cells

e. endocrine cells

 

290. Sense organ, hair cells and supporting cells of which, are covered by otolithic membrane:

a. organ of sight

b. organ of hearing

c. organ of smell

d. +organ of equilibrium

e. organ of taste

 

291. Hair sensory cells of the macula of utricle in the vestibular part of membranaceous labyrinth respond to:

a. electromagnetic waves

b. +linear acceleration

c. angular acceleration

d. vibration

e. sound waves

 

292. Bodies of retinal glyocytes are situated in:

a. layer of ganglion cells

b. external nuclear layer

c.+inner nuclear layer

d. inner plexiform layer

e. external plexiform layer

 

293. External plexiform layer of the retina contains:

a. bodies of photoreceptor cells

b. peripheral processes of photoreceptor cells

c. bodies of bipolar neurons

d. +synaptic contacts of photoreceptor cells with dendrites of bipolar neurons and processes of horizontal neurons

e. axons of bipolar neurons, dendrites of ganglion cells and processes of amacrine cells

 

294. Inner plexiform layer of the retina contains:

a. bodies of photoreceptor cells

b. peripheral processes of photoreceptor cells

c. bodies of bipolar neurons

d. synaptic contacts of photoreceptor cells with dendrites of bipolar neurons and processes of horizontal neurons

e. +axons of bipolar neurons, dendrites of ganglion cells and processes of amacrine cells

 

295. Shape of the cells of retinal pigment epithelium in transverse section:

a. +mainly hexagonal

b. triangular

c. round

d. oval

e. stellate

 

296. Retinal bipolar neurons transmit nerve impulse to the following cells:

a. horizontal

b. pigment

c. photoreceptor

d. glia fibre-like supporting

e. +ganglionic

 

297. Axons of the retinal photoreceptor cells form contacts with the following cells:

a. pigment

b. +bipolar

c. amacrine

d. ganglion

e. glia fibre-like supporting

 

298. Retinal bipolar neurons connect the following cells:

a.+photoreceptor and ganglion

b. pigment and horizontal

c. photoreceptor and pigment

d. amacrine and pigment

e. ganglion and pigment

 

299. Retinal horizontal neurons connect the following cells:

a. +photoreceptor

b. pigment and photoreceptor

c. pigment and amacrine

d. ganglion and amacrine

e. pigment and glia fibre-like supporting

 

300. Retinal amacrine neurons connect the following cells:

a. +ganglion

b. pigment and photoreceptor

c. ganglion and horizontal

d. pigment and glia fibre-like supporting

e. pigment

 

301. Part of the rod photoreceptor cell that contains visual pigment rhodopsin:

a. +outer segment of the rod

b. inner segment of the rod

c. cilium

d. cytoplasm of the cell body

e. rod process

 

302. Part of the cone photoreceptor cell that contains visual pigment iodopsin:

a. inner segment of the cone

b. +outer segment of the cone

c. cilium

d. cytoplasm of the cell body

e. cone process

 

303. Part of the cone photoreceptor cell that contains ellipsoid:

a. outer segment of the cone

b.+inner segment of the cone

c. cilium

d. cytoplasm of the cell body

e. cone process

 

304. Part of the rod photoreceptor cell that contains basal corpuscle connected with nine pairs of peripheral microtubules and one pair of central microtubules:

a. +inner segment of the rod

b. outer segment of the rod

c. cilium

d. cytoplasm of the cell body

e. rod process

 

305. Epithelium that lines the anterior surface of lens:

a. +simple squamous

b. birowed

c. pseudostratified ciliated

d. stratified squamous non-keratinized

e. stratified squamous keratinized

 

306. Retinal layer that consists of single row of high, mainly hexagonal cells containing melanosomes:

a. external nuclear layer

b. external plexiform layer

c. +pigment cell layer

d. inner nuclear layer

e. inner plexiform layer

 

307. Retinal cell, outer segment of the process of which, contains visual pigment rhodopsin:

a. +rod

b. cone

c. bipolar cell

d. amacrine cell

e. ganglion cell

 

308. Retinal cell, outer segment of the process of which, contains visual pigment iodopsin:

a. rod

b. +cone

c. bipolar cell

d. amacrine cell

e. ganglion cell

 

309. Retinal layer of rods and cones is formed by processes of:

a. +photoreceptor cells

b. bipolar neurons

c. ganglion cells

d. horizontal neurons

e. radiate glial cells

 

310. Cells, the bodies of which form external nuclear layer;

a. bipolar neurons

b. horizontal neurons

c. amacrine neurons

d. ganglion cells

e. +photoreceptor cells

 

 

311. Cells, the bodies of which, form retinal layer of ganglion cells:

a. photoreceptor cells

b. bipolar neurons

c. horizontal neurons

d. +ganglion cells

e. amacrine neurons

 

312. Cells, the processes of which, make up the external and internal limiting membranes of the retina:

a. bipolar neurons

b. horizontal neurons

c. ganglion cells

d. +radial gliocytes

e. neurosensory cells

 

313. Retinal layer that consists of the bodies of photoreceptor cells:

a. layer of rods and cones

b. +external nuclear layer

c. inner nuclear layer

d. layer of ganglion cells

e. inner plexiform layer

 

314. Retinal layer, that consists of processes of photoreceptor cells:

a. +layer of rods and cones

b. external nuclear layer

c. external plexiform layer

d. inner plexiform layer

e. layer of optic nerve fibres

 

315. Retinal layer that consists of the bodies of bipolar, horintal and amacrine neurons:

a. external nuclear layer

b. +inner nuclear layer

c. layer of ganglion cells

d. layer of rods and cones

e. inner plexiform layer

 

316. Sclera is made up of:

a. reticular tissue

b. dense irregular fibrous connective tissue

c. +dense regular fibrous connective tissue

d. loose irregular fibrous connective tissue

e. adipose tissue

 

317. Corneal layer that consists of stratified squamous non-keratinized epithelium:

a. +anterior epithelium

b. anterior limiting lamina

c. substantia propria

d. posterior limiting lamina

e. posterior epithelium

 

318. Corneal layer that consists of simple squamous epithelium:

a. anterior epithelium

b. anterior limiting lamina

c. substantia propria

d. posterior limiting lamina

e. +posterior epithelium

 

319. Corneal posterior epithelium is:

a. +simple squamous

b. pseudostratified ciliated

c. stratified squamous keratinized

d. stratified squamous non-keratinized

e. transitional

 

320. Retinal layer of optic nerve fibres is made up of:

a. dendrites of bipolar neurons

b. axons of horizontal neurons

c. +axons of ganglion cells

d. dendrites of amacrine neurons

e. processes of radial gliocytes

 

321. Epithelium lining internal surface of tympanic membrane:

a. +simple squamous

b. stratified squamous non-keratinized

c. stratified squamous keratinized

d. pseudostratified ciliated

e. transitional

 

322. Cavity of the cochlear duct of membranous labyrinth is filled by:

a. lymph

b. perilymph

c. +endolymph

d. air

e. blood

 

323. Cavity of the vestibular part of membranous labyrinth is filled by:

a. lymph

b. perilymph

c. +endolymph

d. air

e. blood

 

324. Outer hair cells of the spiral organ of Corti rest on the following cells:

a. +outer phalangeal cells

b. outer rod (pillar) cells

c. Hensen’s cells

d. Claudius’ cells

e. supporting cells

 

325. Outer hair cells are characterized by the fact that:

a. their stereocilia are not attached to the tectorial membrane

b. they are pyriform in shape

c. their agranular endoplasmic reticulum is poorly developed

d. they rest on basal membrane

e. +they are innervated mainly by efferent nerve fibres

 

326. Inner hair cells are characterized by the fact that:

a. they are arranged in several rows

b. they are cylindrical in shape

c. they contain well developed agranular endoplasmic reticulum, forming cisternae

d. they rest on basal membrane

e.+ they are innervated mainly by sensory nerves

 

 

327. Columnar epitheliocytes of the spiral organ, that (on their apical pole) contain thirty to sixty stereocilia arranged in three to four rows:

a. inner phalangeal cells

b. outer phalangeal cells

c. +inner hair cells

d. outer hair cells

e. outer rod (pillar) cells

 

328. Epitheliocytes of the spiral organ that form tunnel of Corti:

a. inner and outer hair cells

b. inner phalangeal and inner rod cells

c. outer rod and outer phalangeal cells

d. cells of Hensen and cells of Claudius

e. +inner rod and outer rod cells

 

329. The first sensory neuron of auditory tract is situated in:

a. vestibular nucleus of the medulla oblongata

b. quadrigeminal plate

c. thalamic region

d. spiral organ

e. +spiral ganglion

 

On the electron photomicrograph of the spiral organ one can see some jug-shaped cells. The cells are arranged in one row, and they contain stereocilia on their apical pole. What cells are these?

a. outer and inner rod cells

b. outer phalangeal cells

c. outer hair cells

d. inner phalangeal cells

e. +inner hair cells

 

331. Cylindrical sensory epithelial cells that are arranged in three to four rows within the spiral organ:

a. inner and outer rod cells

b. outer palangeal cells

c. inner phalangeal cells

d. inner hair cells

e. +outer hair cells

 

332. Cells that make up taste buds:

a. goblet (flask) cells

b. ciliated cells

c. nerve cells

d. +receptor, supporting and basal cells

e. rod and cilia-free cells

 

       

 

 

333. Structure of the plasmalemma that is designated with the letter A:

a. molecules of the oligosaccharides

b. membrane proteins

c. half-integral proteins

d. integral proteins

e. +double layer of lipid molecules

 

334. Structure of the plasmolemma that is designated with the letter Б:

a. molecules of the oligosaccharides

b. membrane proteins

c. +half-integral prtoteins

d. integral proteins

e. double layer of lipid molecules

 

335. Structure of the plasmalemma that is designated with the letter B:

a. molecules of oligosaccharides

b. +membrane proteins

c. half-integral proteins

d. integral proteins

e. double layer of lipid molecules

 

336. Structure of the plasmalemma that is designated with the letter Г:

a.+molecules of oligosaccharides

b. membrane proteins

c. half-integral proteins

d. integral proteins

c. double layer of lipid molecules

 

337. Structure of the plasmalemma that is designated with the letter Д:

a. molecules of oligosaccharides

b. membrane proteins

c. half-integral proteins

d. +integral proteins

e. double layer of lipid molecules

 

   

 

 

338. Phase of mitosis that is designated with the letter A:

a. telophase

b. metaphase

c. anaphase

d. prophase

e. +interphase

 

339. Phase of mitosis that is designated with the letter Б:

a. telophase

b. metaphase

c. anaphase

d. +prophase

e. interphase

 

340. Phase of mitosis that is designated with the letter B:

a. telophase

b. +metaphase

c. anaphase

d. prophase

e. interphase

 

341. Phase of mitosis that is designated with the letter Г:

a. telophase

b. metaphase

c. +anaphase

d. prophase

e. interphase

 

342. Phase of mitosis that is designated with the letter Д:

a. +telophase

b. metaphase

c. anaphase

d. prophase

e. interphase

 

 

     

 

343. Human germinal structure that is designated with the letter A:

a. nerve tube

b. notochord

c. somites

d. +ectoderm

e. endoderm

 

344. Human germinal structure that is designated with the letter Б:

a. nerve tube

b. notochord

c. +somites

d. ectoderm

e. endoderm

 

345. Human germinal structure that is designated with the letter B:

a. +nerve tube

b. notochord

c. somites

d. ectoderm

e. endoderm

 

346. Human germinal structure that is designated with the letter Г:

a. nerve tube

b. notochord

c. somites

d. +parietal layer of the mesoderm

e. endoderm

 

347. Human germinal structure that is designated with the letter Д:

a. nerve tube

b. notochord

c. somites

d. ectoderm

e. +visceral layer of the mesoderm

 

348. Human germinal structure that is designated with the letter E:

a. nerve tube

b. notochord

c. somites

d. ectoderm

e. +endoderm

 

349. Human germinal structure that is designated with the letter Ж:

a. nerve tube

b. +notochord

c. somites

d. ectoderm

e. endoderm

 

 

       

 

350. Human placental structure that is designated with the letter A:

a. +septa

b. umbilical cord

c. lacunae

d. chorionic plate

e. chorionic villi

 

351. Human placental structure that is designated with the letter Б:

a. septa

b. +umbilical cord

c. lacunae

d. chorionic plate

e. chorionic villi

 

352. Human placental structure that is designated with the letter B:

a. septa

b. umbilical cord

c. +lacunae

d. chorionic plate

e. chorionic villi

 

353. Human placental structure that is designated with the letter Г:

a. septa

b. umbilical cord

c. lacunae

d. +chorionic plate

e. chorionic villi

 

354. Human placental structure that is designated with the letter Д:

a. septa

b. umbilical cord

c. lacunae

d. chorionic plate

e. +chorionic villi

 

355. Human placental structure that is designated with the letter E:

a. septa

b. umbilical cord

c. lacunae

d. +endometrium

e. chorionic villi

 

356. Human placental structure that is designated with the letter Ж:

a. septa

b. umbilical cord

c. lacunae

d. endometrium

e. +myometrium

 

   

 

 

357. Structure of stratified squamous non-keratinized epithelium that is designated with the letter A:

a. vessel

b. +basement membrane

c. basal layer

d. layer of polyhedral cells

e. layer of flattened cells

 

358. Structure of stratified squamous non-keratinized epithelium that is designated with the letter Б:

a. vessel

b. basement membrane

c. +basal layer

d. layer of polyhedral cells

e. layer of flattened cells

 

359. Structure of stratified squamous non-keratinized epithelium that is designated with the letter B:

a. vessel

b. basement membrane

c. basal layer

d. +layer of polyhedral cells

e. layer of flattened cells

 

360. Structure of stratified squamous non-keratinized epithelium that is designated with the letter Г:

a. vessel

b. basement membrane

c. basal layer

d. layer of polyhedral cells

e. +layer of flattened cells

 

 

   

 

 

361. Structure of stratified squamous keratinized epithelium that is designated with the letter A:

a. +basement membrane

b. basal layer

c. stratum spinosum (Malpighian layer)

d. stratum granulosum

e. stratum lucidum

 

362. Structure of stratified squamous keratinized epithelium that is designated with the letter Б:

a. basement membrane

b. +basal layer

c. stratum spinosum (Malpighian layer)

d. stratum granulosum

e. stratum lucidum

 

363. Structure of stratified squamous keratinized epithelium that is designated with the letter B:

a. basement membrane

b. basal layer

c. +stratum spinosum (Malpighian layer)

d. stratum granulosum

e. stratum lucidum

 

364. Structure of stratified squamous keratinized epithelium that is designated with the letter Г:

a. basement membrane

b. basal layer

c. stratum spinosum (Malpighian layer)

d. +stratum granulosum

e. stratum lucidum

 

365. Structure of stratified squamous keratinized epithelium that is designated with the letter Д:

a. basement membrane

b. basal layer

c. stratum spinosum (Malpighial layer)

d. stratum granulosum

e. +stratum lucidum

 

366. Structure of stratified squamous keratinized epithelium that is designated with the letter E:

a. +stratum corneum

b. stratum basale

c. stratum spinosum (Malpighian layer)

d. stratum granulosum

e. stratum lucidum

 

     

 

367. Formed element of blood (at the magnification of 630) that is designated with the letter A:

a. erythrocyte

b. +thrombocyte

c. neutrophil

d. basophil

e. small lymphocyte

 

368. Formed element of blood (at the magnification of 630) that is designated with the letter Б:

a. erythrocyte

b. thrombocyte

c. +neutrophil

d. basophil

e. small lymphocyte

 

369. Formed element of blood (at the magnification of 630) that is designated with the letter B:

a. +erythrocyte

b. thrombocyte

c. neutrophil

d. basophil

e. small lymphocyte

 

   

 

 

370. Formed element of blood (at the magnification of 1000) that is designated with the letter A:

a. erythrocyte

b. thrombocyte

c. neutrophil

d. basophil

e. +small lymphocyte

371. Formed element of blood (at the magnification of 1000) that is designated with the letter Б:

a. +erythrocyte

b. thrombocyte

c. neutrophil

d. basophil

e. small lymphocyte

 

 

     

 

372. Formed element of blood (at the magnification of 1000) that is designated with the letter A:

a. erythrocyte

b. eosinophil

c. neutrophil

d. basophil

e. +large lymphocyte

 

373. Formed element of blood (at the magnification of 1000) that is designated with the letter Б:

a. +erythrocyte

b. eosinophil

c. neutrophil

d. basophil

e. large lymphocyte

 

 

     

 

 

374. Formed element of blood (at the magnification of 1000) that is designated with the letter A:

a. erythrocyte

b. eosinophil

c. neutrophil

d. basophil

e. +mall lymphocyte

 

375. Formed element of blood (at the magnification of 1000) that is designated with the letter Б:

a. +erythrocyte

b. eosinophil

c. neutrophil

d. basophil

e. small lymphocyte

 

 

       

 

 

376. Structure of the loose irregular fibrous connective tissue that is designated with the letter A:

a. +mast cell

b. collagen fibre

c. macrophages

d. elastic fibre

e. ground substance

 

377. Structure of the loose irregular fibrous connective tissue that is designated with the letter Б:

a. mast cell

b. +collagen fibre

c. macrophages

d. elastic fibre

e. ground substance

 

378. Structure of the loose irregular fibrous connective tissue that is designated with the letter B:

a. mast call

b. collagen fibre

c. +macrophages

d. elastic fibre

e. ground substance

 

379. Structure of the loose irregular fibrous connective tissue that is designated with the letter Г:

a. mast cell

b. collagen fibre

c. macrophages

d. +elastic fibre

e. ground substance

 

380. Structure of the loose irregular fibrous connective tissue that is designated with the letter Д:

a. mast cell

b. collagen fibre

c. macrophages

d. elastic fibre

e. +ground substance

 

381. Structure of the loose irregular connective tissue that is designated with the letter E:

a. mast cell

b. collagen fibre

c. macrophages

d. elastic fibre

e. +fibroblast

 

382. Structure of the loose irregular fibrous connective tissue that is designated with the letter Ж:

a. mast cell

b. collagen fibre

c. +adipose cell

d. elastic fibre

e. ground substance

 

     

 

 

383. Structure of hyaline cartilage that is designated with the letter A:

a. +perichondrium

b. zone of young cartilage

c. zone of mature cartilage

d. young chondrocytes

e. isogenous cell groups (cell-nests)

 

384. Structure of hyaline cartilage that is designated with the letter Б:

a. perichondrium

b. +zone of young cartilage

c. zone of mature cartilage

d. young chondrocytes

e. isogenous cell groups (cell-nests)

 

385. Structure of hyaline cartilage that is designated with the letter B:

a. perichondrium

b. zone of young cartilage

c. +zone of mature cartilage

d. young chondrocytes

e. isogenous cell groups (cell-nests)

 

386. Structure of hyaline cartilage that is designated with the letter Г:

a. perichondrium

b. zone of young cartilage

c. zone of mature cartilage

d. +young chondrocytes

e. isogenous cell groups (cell-nests)

 

387. Structure of hyaline cartilage that is designated with the letter Д:

a. perichondrium

b. zone of young cartilage

c. zone of mature cartilage

d. young chondrocytes

e. +isogenous cell groups (cell-nests)

 

 

   

 

 

388. Structure of lamellar bone that is designated with the letter A:

a. layer of the inner circumferential lamellae

b. Haversian canal

c. interstitial lamellae

d. osteon

e. +layer of the outer circumferential lamellae

 

389. Structure of lamellar bone that is designated with the letter Б:

a. layer of the inner circumferential lamellae

b. Haversian canal

c. interstitial lamellae

d. +osteon

e. layer of the outer circumferential lamellae

 

390. Structure of lamellar bone that is designated with the letter B:

a. layer of the inner circumferential lamellae

b. Haversian canal

c. +interstitial lamellae

d. osteon

e. layer of the outer circumferential lamellae

 

391. Structure of lamellar bone that is designated with the letter Г:

a. layer of the inner circumferential lamellae

b. +Haversian canal

c. interstitial lamellae

d. osteon

e. layer of the outer circumferential lamellae

392. Structure of lamellar bone that is designated with the letter Д:

a. +layer of the inner circumferential lamellae

b. Haversian canal

c. interstitial lamellae

d. osteon

e. layer of the outer circumferential lamellae

 

     

 

 

393. Bone cell that is designated with the letter A:

a. dormant osteoblast

b. mature osteoblast

c. osteocyte of the first type

d. +“resorbing” osteocyte

e. osteoclast

 

394. Bone cell that is designated with the letter Б:

a. dormant osteoblast

b. +mature osteoblast

c. osteocyte of the first type

d. “resorbing” osteocyte

e. osteoclast

 

395. Bone cell that is designated with the letter B:

a. dormant osteoblast

b. mature osteoblast

c. osteocyte of the first type

d. “resorbing” osteocyte

e. +osteoclast

 

 

     

 

 

396. Structure of smooth muscle that is designated with the letter A:

a. loose irregular fibrous connective tissue

b. longitudinal section of the smooth muscle cell

c. +transverse section of the smooth muscle cell

d. vessel

e. fibroblast

 

397. Structure of smooth muscle that is designated with the letter Б:

a. +loose irregular fibrous connective tissue

b. longitudinal section of the smooth muscle cell

c. transverse section of the smooth muscle cell

d. vessel

e. fibroblast

 

398. Structure of smooth muscle that is designated with the letter B:

a. loose irregular fibrous connective tissue

b. +longitudinal section of the smooth muscle cell

c. transverse section of the smooth muscle cell

d. vessel

e. fibroblast

 

     

 

 

399. Structure of the striated muscle that is designated with the letter A:

a. longitudinal sections of the striated muscle fibres

b. transverse sections of the striated muscle fibres

c. +loose irregular fibrous connective tissue

d. nuclei of the muscle fibres

e. fibroblasts

 

400. Structure of the striated muscle that is designated with the letter Б:

a. +longitudinal sections of the striated muscle fibres

b. transverse sections of the striated muscle fibres

c. loose irregular fibrous connective tissue

d. nuclei of the muscle fibres

e. fibroblasts

 

401. Structure of the striated muscle that is designated with the letter B:

a. longitudinal sections of the striated muscle fibres

b. transverse sections of the striated muscle fibres

c. loose irregular fibrous connective tissue

d. +nuclei of the muscle fibres

e. fibroblasts

 

402. Structure of the striated muscle that is designated with the letter Г:

a. longitudinal sections of the striated muscle fibres

b. +transverse sections of the striated muscle fibres

c. loose irregular fibrous connective tissue

d. nuclei of the muscle fibres

e. fibroblasts

 

     

 

 

403. Structure of the sarcomere that is designated with the letter A:

a. H-zone

b. +Z-band

c. M-band

d. actin filaments

e. myosin filaments

 

404. Structure of the sarcomere that is designated with the letter Б:

a. H-zone

b. Z-band

c. M-band

d. +actin filaments

e. myosin filaments

 

405. Structure of the sarcomere that is designated with the letter B:

a. H-zone

b. Z-band

c. +M-band

d. actin filamements

e. myosin filaments

406. Structure of the sarcomere that is designated with the letter Г:

a. H-zone

b. Z-band

c. M-band

d. actin filaments

e. +myosin filaments

 

     

 

 

407. Type of necroglia that is designated with the letter A:


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