生理学英文练习题-第一章-绪论
生理学第一章《绪论》练习题

“第一章绪论”习题一、单选题1.人体生理学的主要任务是阐明A.人体物理变化的规律B.人体化学变化的规律C.人体细胞的功能D.人体正常功能活动的规律E.人体与环境之间的相互作用规律答案:D2.可兴奋细胞包括A.神经细胞、肌细胞、骨细胞B.神经细胞、腺细胞、骨细胞C.神经细胞、肌细胞、软骨细胞D.神经细胞、肌细胞、腺细胞E.神经细胞、心肌细胞、骨骼肌细胞答案:D3.衡量组织兴奋性高低常用的指标是A.静息电位B.局部电位C.阈电位D.阈强度E.动作电位答案:D4.组织兴奋性降低时,组织的A.静息电位减小B.动作电位幅度减小C.阈强度减小D.阈强度增大E.反应性增大答案:D5.组织处于绝对不应期时,其兴奋性为A.零B.低于正常C.高于正常D.等于正常E.无法测出答案:A6.机体的内环境是指A.血液B.细胞内液C.组织液D.血浆E.细胞外液答案:E7.生物机体内环境的稳态是指A.细胞外液的化学成分保持不变B.细胞内液的化学成分保持不变C.细胞外液理化性质相对恒定的状态D.细胞内液理化性质相对恒定的状态E.以上都不对答案:C8.神经调节的基本方式是A.反射B.反应C.兴奋D.正反馈E.负反馈答案:A9.反射活动的结构基础是A.感受器B.效应器C.神经中枢D.反射弧E.突触答案:D10.关于反射的错误论述是A.是神经调节的基本方式B.包括条件反射和非条件反射C.反射的结构基础是反射弧D.反射必须要有完整的反射弧E.反射必须有大脑皮层参与答案:E11.下列生理活动不属于反射的是A.风沙入眼引起眼泪B.闻到食物香味引起唾液分泌C.天气炎热引起出汗D.肾上腺素分泌过多引起心跳加快E.膀胱贮尿过多引起排尿答案:D12.下列生理过程中,不属于非条件反射的是A.食物入口引起唾液分泌B.伤害性刺激引起肢体屈曲C.疼痛引起心跳加快D.看到酸梅引起唾液分泌E.膀胱贮尿过多,引起排尿答案:D13.下列生理过程中,属于自身调节的是A.强光照射引起瞳孔缩小B.叩击股四头肌引起小腿伸直C.情绪紧张引起心跳加快D.平均动脉压在一定范围内升降时,肾血流量维持相对稳定E.垂体调节甲状腺激素分泌答案:D14.维持人体体温相对稳定有赖于A.条件反射B.反射C.自身调节D.负反馈E.正反馈答案:D15.维持内环境稳态的重要调节方式是A.自身调节B.正反馈调节C.负反馈调节D.体液调节E.神经调节答案:C16.电刺激坐骨神经腓肠肌标本引起肌肉收缩的现象属于A.反射B.反应C.兴奋性D.反馈E.条件反射答案:B17.用控制论原理分析,人体内的反馈控制系统是A.开环系统B.半开环系统C.闭环系统D.半闭环系统E.半开半闭环系统答案:C18.可兴奋细胞兴奋时的共有特征是产生A.神经冲动B.收缩反应C.分泌D.动作电位E.反射活动答案:D19.关于刺激的定义,下列哪项是正确的A.外环境的变化B.内环境的变化C.能引起机体产生反应的环境的变化D.环境的一切变化E.能引起机体产生反射活动的环境变化答案:20.下列生理活动中,属于负反馈调节的是A.排尿反射B.排便反射C.血液凝固D.减压反射E.分娩答案:D21.神经调节的特点是A.调节幅度小B.反应速度慢C.调节的敏感性差D.作用迅速、短暂而精确E.作用广泛而持久答案:D22.下列体液不属于机体内环境的是A.血浆B.组织液C.淋巴液D.脑脊液E.细胞内液答案:E23.正常人体内环境的理化性质经常处于的状态时A.固定不变B.相对恒定C.随机多变D.绝对平衡E.大幅度波动答案:B24.关于负反馈的错误叙述是A.属于自动控制系统B.使某项生理活动不断加强、加快,直到迅速完成为止C.反馈信息与控制信息作用方向相反D.起减弱或纠正的作用E.是维持稳态的重要调节方式答案:B25.将神经调节和体液调节进行比较错误的是A.神经调节发生迅速B.神经调节作用时间短C.神经调节作用范围广泛D.神经调节占主导地位E.神经调节的基本方式是反射答案:C26.内环境稳态的最重要意义在于A.为细胞提供适宜的生存环境B.使营养物质不致过度消耗C.保证足够的能量储备D.与外环境保持一致E.将内部功能活动固定在一个水平答案:A27.心迷走神经在减压反射中属于A.感受器B.传入神经C.反射中枢D.传出神经E.效应器答案:D28.胰岛分泌胰岛素降低血糖属于A.神经调节B.体液调节C.自身调节D.负反馈调节E.正反馈调节答案:B29.全身动脉血压在80-180mmHg范围内变动肾血流量保持相对稳定,属于A.神经调节B.体液调节C.自身调节D.负反馈调节E.正反馈调节答案:C30.食物进入口腔引起唾液分泌,这一过程主要属于A.神经调节B.体液调节C.自身调节D.负反馈调节E.正反馈调节答案:A31.分娩过程属于A.神经调节B.体液调节C.自身调节D.负反馈调节E.正反馈调节答案:E(二)X型题1.神经调节的特点是A.基本方式是反射B.作用范围广泛C.作用速度快D.作用持续时间短E.在机体调节中占有主导地位答案:ACDE2.体液调节的特点是A.速度慢B.作用范围广泛C.作用较精确D.作用持续时间短E.参与维持机体内环境稳态答案:ABE3.自身调节的特点有A.调节幅度小B.调节范围局限C.调节不够灵敏D.依赖神经或体液调节E.调节的作用是保持生理功能稳定答案:ABCE4.下列生理活动中属于正反馈调节的是A.排尿反射B.排便反射C.血液凝固D.减压反射E.分娩答案:ABCE5.负反馈调控的特点有A.反应可逆B.能反复再生C.有滞后现象D.无预见性E.维持机体内环境稳态答案:ACDE6.正反馈调控的特点有A.反应可逆B.能反复再生C.反应不断增强D.输出变量可加大反馈信息E.使反应迅速完成答案:BCDE7.下列关于反应的叙述,正确的是A.机体受到刺激后产生的功能活动变化B.困倦是一种抑制反应C.肾上腺素分泌增加是一种兴奋反应D.机体兴奋时有反应,而抑制时无反应E.兴奋和抑制是反应的两种表现形式答案:ABCE9.下列生理活动中属于负反馈调节的是A.减压反射B.体温调节C.血糖浓度调节D.分泌E.血液凝固答案:ABC。
苏州大学生理学双语选择题

生理学(选择)双语试题训练苏州大学医学部生理学系王国卿Part one:1 What are specialized to produce force and movement?A. muscle cellsB. connective tissuesC. nerve cellsD. epithelial cellsE. synapse2 The fluid environment surrounding each cell is called theA. intracellular fluidB. infracellular fluidC. internal environmentD. external environmentE. nuclear fluid3 How much of normal body weight is made up of water?A. 10%B. 35%C. 60%D. 90%E. 70%4 Which of the following is NOT a characteristic of life?A. growthB. responsivenessC. reproductionD. organ systemsE. adaption5 Which of the following does NOT occur in a skeletal muscle during contraction?A. thick and thin filaments bind to each otherB. muscle fibers stretchC. thick and thin filaments “slide” past each otherD. muscle fibers shortenE. thick and thin filaments overlap6 About the forming mechanism of action potential, ascending branch is due toA. Ca2+ excurrent flowB. K+ incurrent flowC. Na+ excurrent flowD. K+ excurrent flowE. Na+ incurrent flow7 The random thermal motion of molecules from an area of higher concentration to one of lower concentration is termedA. fluxB. diffusionC. osmosisD. bulk flowE. pump8 If the end-diastolic ventricular volumes are increased (within physiological limits)A. the stroke volume would be decreasedB. cardiac output would be decreasedC. venous pressure would be decreasedD. the force of cardiac contraction would be decreasedE. above-mentioned results would be incorrect9 The maximum of ventricular pressure will occur inA. Period of isovolumetric contractionB. Period of atrium SystoleC. Period of ventricular ejectionD. Period of isovolumetric relaxationE. Period of ventricular filling10 A decrease in heart rate, with stroke volume and peripheral resistance held constant, will result in a decrease in all of the following, exceptA. arterial diastolic pressureB. arterial systolic pressureC. cardiac outputD. arterial pulse pressureE. mean arterial pressure11 Myocardial contractility is best correlated with the intracellular concentration ofA. Na+B. K+C. Ca2+D. Cl-E. Mg2+12 The greatest pressure drop in the circulation occurs across the arterioles becauseA. they have the greatest surface areaB. they have the greatest cross-sectional areaC. the velocity of blood flow through them is highestD. the velocity of blood flow through them is lowestE. they have the greatest resistance13 The most important chemical factor to stimulate respiratory excitation isA. HCO3-B. K+C.H+D. CO2E. O214 Correct description of the dead space does not includeA. dead space is the volume of air that does not reach areas of the lung where gas exchange occurs.B. anatomical dead space is due to the conduction airways.C. alveolar dead space is due to alveoli that receive inadequate blood flow.D. physiological dead space is the sum of anatomical and alveolar dead spaces.E. dead space volume is always changeable15 The most strong digestive liquid isA. salivaB. gastric liquidC. pancreatic liquidD. bileE. small intestinal liquid16 The function of intrinsic factor is to helpA. Digestion and absorption of Vitamin DB. Digestion and absorption of V itamin CC. Digestion and absorption of V itamin AD. Digestion and absorption of V itamin EE. Digestion and absorption of V itamin B1217 The most effective component of bile isA. bile acidsB. phospholipidsC. cholesterolD. PigmentsE. electrolytes18 The quickest stomach emptying isA. WaterB. carbohydrateC. proteinsD. fatsE. ions19 The primary site for digestion and absorption of food isA. esophagusB. stomachC. small intestineD. colonE. mouth20 The most important excretive organ isA. lungB. kidneyC. skinD.GI tractE. breast21 The highest percentage of glomerular filtrate reabsorption occurs inA. Bowman‟s capsuleB. proximal tubuleC. ascending limb of loop of HenleD. distal tubuleE. collecting duct22 The kidney “handles” K+ byA. filtration onlyB. filtration and reabsorption onlyC. filtration and secretion onlyD. filtration, reabsorption, and secretionE. filtration, reabsorption, and metabolism23 Pygmy, may be, in the childhood resulted from deficiency ofA. growth hormoneB. T3C. CortisolD. insulinE. Aldosterone24 Cretinism, may be, in the childhood resulted from deficiency ofA. growth hormoneB. T3C. epinephrineD. oxytocinE. glucagon25 Following hormone may elevate blood glucose concentration, exceptA. epinephrineB. glucagonsC. CortisolD. calcitoninE. growth hormone26 Blood from a marathon runner near the end of a race will contain all of the following, exceptA. decreased glucoseB. increased insulinC. increased glucagonsD. increased free fatty acidsE. increased glycerol27 Under the exercise condition, the most heat-producing tissue isA. musclesB. fatsC. liverD. bloodE. nerves28 Heat transfer occurs byA. radiationB. conductionC. convectionD. evaporationE. above-mentioned all29 The basic nervous centre for body temperature regulation isA. medulla oblongataB. pontine neuronsC. hypothalamusD. spinal cordE. brain cortex30 Aspirin can reduce fever becauseA. it directly depresses body temperatureB. it directly increases heat lossC. it directly decreases heat generationD. it directly reduces temperature set point in the hypothalamusE. it directly lets person take behavioural measures against feverPart two:1 When the air temperature is higher than body temperature, body can loss heat byA. radiationB. conductionC. convectionD. evaporationE. above-mentioned all2 Which one is the main organ for heat loss?A. respiratory tractB. digestive tractC. skinD. kidneyE. bone3 What is NOT the reflex response to cold ?A. decreasing skin blood flowB. shiveringC. increasing thyroxin releaseD. sweatingE. increasing clothes4 Among the following method to take body temperature, which one is the most standard?A. rectal temperatureB. oral temperatureC. armpit temperatureD. skin temperatureE. finger temperature5 What is approximate percentage of filtered water usually reabsorbed by the kidney tubules?A. 1%B. 20%C. 70%D. 90%E. 50%6 Active reabsorption of glucose across the apical membrane of proximal tubule cell is accomplished byA. a glucose pumpB. facilitated diffusionC. glucose-sodium cotransportD. simple diffusionE. endocytosis7 About 70% of filtered sodium is reabsorbed in theA. collecting ductB. distal convoluted tubuleC. loop of HenleD. proximal convoluted tubuleE. ureter8 Antidiuretic hormone increase epithelial water permeability ofA. collecting ductsB. proximal tubulesC. thick ascending limbsD. capsular spaceE. all of the above9 Antidiuretic hormone release from the posterior pituitary is stimulating byA. a fall in plasma osmolarityB. severe hemorrhageC. stimulation of arterial baroreceptorsD. stretch of left atrial receptorsE. all of the above10 Which of the following lung volumes can not be measured with a simple spirometer:A. total lung capacityB. vital capacity C tidal volumeD functional residual capacity E. residual volume11 Pulmonary surfactant is made by the:A. alveolar macrophagesB. goblet cellsC. endotheliumD. type Ⅰalveolar cellsE. type Ⅱalveolar cells12 Which of the following shift the oxygen-hemoglobin dissociation curve to the right:A. reduction in temperatureB. reduction in pHC. reduction in PCO2D. reduction in PCE. reduction in 2,3-diphosphoglycerate in the red blood cell13 V ital capacity is equate toA. inspiratory reserve volume + tidal volumeB. expiratory reserve volume + tidal volumeC. inspiratory reserve volume + tidal volume + expiratory reserve volumeD. expiratory reserve volume + residual volumeE. inspiratory reserve volume + residual volume14 A person, breath frequency=16, tidal volume=500ml, dead space=150ml, so the alveolar ventilation is equate to (ml)A. 8000B. 2400C. 5600D. 10400E. 280015 What are specialized to produce force and movement?A. muscle cellsB. connective tissuesC. nerve cellsD. epithelial cellsE. synapse16 The fluid environment surrounding each cell is called theA. intracellular fluidB. interstitial fluidC. internal environmentD.external environmentE. nuclear fluid17 Which of the following does NOT occur in a skeletal muscle during contraction?A. thick and thin filaments bind to each otherB. muscle fibers stretchC. thick and thin filaments “slide” past each otherD. muscle fibers shortenE. thick and thin filaments overlap18 About the forming mechanism of action potential, ascending branch is due toA. Ca2+excurrent flowB. K+ incurrent flowC. Na+ excurrent flowD. K+ excurrent flowE. Na+ incurrent flow19 If the end-diastolic ventricular volumes are increased (within physiological limits),A. the stroke volume would be decreasedB. cardiac output would be decreaseC. venous pressure would be decreasedD. the force of cardiac contraction would be decreasedE. above-mentioned results would be incorrect20 The maximum of ventricular pressure will occur inA. Period of isovolumetric contractionB. Period of atrium SystoleC. Period of ventricular ejectionD. Period of isovolumetric relaxationE. Period of ventricular filling21 Myocardial contractility is best correlated with the intracellular concentration ofA. Na+B. K+C. Ca2+D. Cl-E. Mg2+22 The greatest pressure drop in the circulation occurs across the arterioles becauseA. they have the greatest surface areaB. they have the greatest cross-sectional areaC. the velocity of blood flow through them is highestD. the velocity of blood flow through them is lowestE. they have the greatest resistance23 The most strong digestive liquid isA. salivaB. gastric liquidC. pancreatic liquidD. bileE. small intestinal liquid24 The function of intrinsic factor is to helpA. Digestion and absorption of Vitamin DB. Digestion and absorption of V itamin CC. Digestion and absorption of V itamin AD. Digestion and absorption of Vitamin EE. Digestion and absorption of V itamin B1225 The most effective component of bile isA. bile saltsB. phospholipidsC. cholesterolD. PigmentsE. electrolytes26 The quickest stomach emptying isA. WaterB. carbohydrateC. proteinsD. fatsE. ions27 The primary site for digestion and absorption of food isA. esophagusB. stomachC. small intestineD. colonE. mouth28 Pygmy, may be, in the childhood resulted from deficiency ofA. growth hormoneB. T3C. cortisolD. insulinE. aldosterone29 Cretinism, may be, in the childhood resulted from deficiency ofA. growth hormoneB. T3C. epinephrineD. oxytocinE. glucagon30 Following hormone may elevate blood glucose concentration, exceptA. epinephrineB. glucagonsC. CortisolD. calcitoninE. growth hormone Part three:PHYSIOLOGY1. SI unit for measuring blood pressure is: CA. TorrB. mrnHgC. kPaD. Bar2. Glucose mediated insulin release is mediated through: AA. A TP dependent K+ channelsB. cAMPC. Carrier modulatorsD. Receptor phosphorylation3. Sudden decrease in serum calcium is associated with: CA. Increased thyroxine and PTH secretionB. Increased phosphateC. Increased excitability of muscle and nerveD. Cardiac conduction abnormalities4. Ablation of the …somatosensory area 1‟ of the cerebral cortex leads to: DA. Total loss of pain sensationB. Total loss of touch sensationC. Loss of tactile localization but not of two point discriminationD. Loss of tactile localization and two point discrimination5. Non shivering thermogenesis in adults is due to: CA. Thyroid hormoneB. Brown fat between the shouldersC. Adrenaline from adrenal medullaD. Muscle metabolism6. In metabolic acidosis, which of the following changes are seen: BA. Increased K+excretionB. Decreased K+ excretionC. Increased Na+ excretionD. Increased Na+ reabsorption7. Tropomyosin:A. Helps in the fusion of actin and myosin BB. Covers myosin and prevents attachments of actin and myosinC. Slides over myosinD. Causes Ca2+ release8. TRH stimulation testing is useful in diagnosis of disorders of following hormones: CA. InsulinB. ACTHC. ProlactinD. PTH9. During muscular exercise all are seen except: CA. Increase in blood flow to musclesB. Stroke volume increasesC. O2 dissociation curve shifts to leftD. O2 consumption increases10. An increase in which of the following parameters will shift the O2 dissociation curve to the left: DA. TemperatureB. Partial pressure of CO2C. 2,3 DPG concentrationD. Oxygen affinity of haemoglobin11. A lesion of ventrolateral part of spinal cord will lead to loss (below the level of lesion) of: CA. Pain sensation on the ipsilateral sideB. Proprioception on the contralateral sideC. Pain sensation on the contralateral sideD. Proprioception on the ipsilateral side12. Two students, V ineet and Kamlesh were asked to demonstrate in dogs the role of sinus nerve in hypovolemic shock.V ineet severed the sinus nerve when the mean blood pressure (MBP) was 85 mm Hg and Kamlesh cut the sinus nerve when the mean blood pressure was 60 mm Hg. On cutting the sinus nerve: AA. Vineet recorded an increase in MBP but Kamlesh recorded a decrease in MBP.B. Vineet recorded a decrease in MBP but Kamlesh recorded an increase in MBP.C. Both recorded an increase in MBP.D. Both recorded a decrease in MBP.13. As a part of space-research program, a physiologist was asked to investigate the effect of flight-induced stress on blood pressure. Accordingly the blood pressure of the cosmonauts were to be measured twice: once before the take-off, and once after the spacecraft entered the designated orbit around the earth. For a proper comparison, the preflight blood pressure should be recorded in: AA. The lying down position.B. The sitting position.C. The standing positionD. Any position, as long as the post-flight recording is made in the same position.14. The renal plasma flow (RPF) of a patient was to be estimated through the measurement of Para Amino Hippuric acid (PAH) clearance. The technician observed the procedure correctly but due to an error in the weighing inadvertently used thrice the recommended dose of PAH. The RPF estimated is likely to be: BA. False-highB. False-lowC. False-high or false-low depending on the GFR.D. Correct and is unaffected by the PAG overdose.15. The EEG record shown below is normally recordable during which stage of sleep ? BA. Stage I.B. Stage II.C. Stage III.D. Stage IV.16. Figure below represents the pH of the digestive juice aspirated from the alimentary tract as a function of position along the alimentary tract during digestion of a meal: DA. A typical value for Y2 is 9.0.B. A typical value for Y3 is 10.0.C. The segment C represents the pylorus.D. The digestive enzymes active in segment A are inactivated in segment B.17. Which of the following statements is true for excitatory postsynaptic potentials (EPSP): CA. Are self propagating.B. Show all or none response.C. Are proportional to the amount of transmitter released by the presynaptic neuron.D. Are inhibitory at presynaptic terminal.18. Synaptic conduction is mostly orthodromic because: DA. Dendrites cannot be depolarized.B. Once repolarized, an area cannot be depolarized.C. The strength of antidromic impulse is less.D. Chemical mediator is located only in the presynaptic terminal.19. The cell junctions allowing exchange of cytoplasmic molecules between the two cells are called: AA. Gap junctions.B. Tight junctions.C. Anchoring junctionsD. Focal junctions.20. Tidal volume is calculated by: AA. Inspiratory capacity minus the inspiratory reserve volumeB. Total lung capacity minus the residual volumeC. Functional residual capacity minus residual volumeD. V ital capacity minus expiratory reserve volumes21. Surfactant production in lungs starts at: AA. 28 weeksB. 32 weeksC. 34 weeksD. 36 weeks22. Initiation of nerve impulse occurs at the axon hillock because: AA. It has a lower threshold than the rest of the axonB. It is unmyelinatedC. Neurotransmitter release occurs hereD. None of the above23. Albumin contributes the maximum to oncotic pressure because it has: DA. High molecular weight, low concentrationB. Low molecular weight, low concentrationC. High molecular weight, high concentrationD. Low molecular weight, high concentration24. After 5 days of fasting a man undergoes oral GTT, true is all except: BA. GH levels are increasedB. Increased glucose toleranceC. Decreased insulin levelsD. Glucagon levels are increased25. Metalloproteins help in jaundice by the following mechanism: BA. Increased glucoronyl transferase activityB. Inhibit heme oxygenaseC. Decrease RBC lysisD. Increase Y and Z receptors26. Which protein prevents contraction by covering binding sites on actin and myosin: DA. TroponinB. CalmodulinC. ThymosinD. Tropomyosin27. Which of the following is not correct regarding capillaries: BA. Greatest cross sectional areaB. Contain 25% of bloodC. Contains less blood than veinsD. Have single layer of cells bounding the lumen28. A 0.5 litre blood loss in 30 minutes will lead to: BA. Increase in HR, decrease in BPB. Slight increase in HR, normal BPC. Decrease in HR and BPD. Prominent increase in HR29. Single most important factor in control of automatic contractility of heart is: DA. Myocardial wall thicknessB. Right atrial volumeC. SA node pacemaker potentialD. Sympathetic stimulation30. Which of the following is not mediated through negative FEEDBACK mechanism: CA. TSH releaseB. GH formationC. Thrombin formationD. ACTH release31. Force generating proteins are: BA. Myosin and myoglobinB. Dynein and kinesinC. Calmodulin and G proteinD. Troponin32. Which is true about measurement of BP with sphygmomanometer versus intraarterial pressure measurements: BA. Less than intravascular pressureB. More than intravascular pressureC. Equal to intravascular pressureD. Depends upon blood flow33. Secondary hyperparathyroidism due to vitamin D deficiency shows : CA. HypocalcemiaB. HypercalcemiaC. HypophosphatemiaD. Hyperphosphatemia34. Maximum absorption of water takes place in: AA. Proximal convoluted tubuleB. Distal convoluted tubuleC. Collecting ductD. Loop of Henle35. The type of hemoglobin that has least affinity for 2,3-diphosphoglycerate (2,3-DPG) or (2,3-BPG) is: BA. Hg A.B. Hg F.C. Hg B.D. Hg A2.36. Cellular and flagellar movement is carried out by all of the following except: DA. Intermediate filamentsB. Actin.C. Tubulin.D. Myosin.37. Heme is converted to bilirubin mainly in: CA. Kidney.B. LiverC. SpleenD. Bone marrow.38. Normal CSF glucose level in a normoglycemic adult is: BA. 20-40 mg/dlB. 40-70 mg/dlC. 70-90 mg/dlD. 90-110 mg/dl.39. Which one of the following molecules is used for cell signaling? CA. CO2B. O2C. NOD. N240. Osteoclasts are inhibited by: BA. Parathyroid hormone.B. Calcitonin.C. 1,25-dihydroxycholecalciferol.D. Tumor necrosis factor.41. CO2 is primarily transported in the arterial blood as: DA. Dissolved CO2.B. Carbonic acidC. Carbamino-hemoglobinD. Bicarbonate.42. Both vitamin K and C are involved in: BA. The synthesis of clotting factors.B. Post translational modifications.C. Antioxidant mechanisms.D. The microsomal hydroxylation reactions.43. The main site of bicarbonate reabsorption is: AA. Proximal convoluted tubule.B. Distal convoluted tubule.C. Cortical collecting duct.D. Medullary collecting duct.44. The membrane protein, clathrin is involved in: BA. Cell motility.B. Receptor-mediated endocytosis.C. Exocytosis.D. Cell shape.45. The parvocellular pathway from lateral geniculate nucleus to visual cortex is most sensitive for the stimulus of: AA. Color contrastB. Luminance contrast.C. Temporal grequency.D. Saccadic eye movements.46. The fibers from the contralateral nasal hemiretina project to the following layers of the lateral geniculate nucleus: CA. Layers 2, 3 & 5.B. Layers 1, 2 & 6.C. Layers 1, 4 & 6.D. Layers 4, 5 & 6.47. All endothelial cells produce thrombomodulin except those found in: CA. Hepatic circulationB. Cutaneous circulationC. Cerebral microcirculation.D. Renal circulation.48. SA node acts as a pacemaker of the heart because of the fact that it: DA. Is capable of generating impulses spontaneously.B. Has rich sympathetic innervations.C. Has poor cholinergic innervations.D. Generates impulses at the highest rate.49. The first physiological response to high environmental temperature is: BA. SweatingB. V asodilatation.C. Decrease heat production.D. Non-shivering thermogenesis.50. All of the following factors normally increase the length of the ventricular cardiac muscle fibres except: DA. Increased venous tone.B. Increased total blood volume.C. Increased negative intrathoracic pressure.D. Lying-to-standing change in posture.51. The vasodilatation produced by carbon dioxide is maximum in one of the following: BA. Kidney.B. Brain.C. Liver.D. Heart.52. Which one of the following statements regarding water reabsorption in the tubules? AA. The bulk of water reabsorption occurs secondary to Na+ reabsorption.B. Majority of facultative reabsorption occurs in proximal tubule.C. Obligatory reabsorption is ADH dependent.D. 20% of water is always reabsorbed irrespective of water balance.53. Urinary concentrating ability of the kidney is increased by: AA. ECF volume contraction.B. Increase in RBF.C. Reduction of medullary hyperosmolarity.D. Increase in CFR.54. Distribution of blood flow is mainly regulated by the: BA. Arteries.B. Arterioles.C. Capillaries.D. V enules.55. In which of the following a reduction in arterial oxygen tension occurs? DA. Anaemia.B. CO poisoning.C. Moderate exercise.D. Hypoventilation.56. With which one of the following lower motor neuron lesions are associated? AA. Flaccid paralysis.B. Hyperactive stretch reflex.C. Spasticity.D. Muscular incorrdination.57. Which of the following statements can be regarded as primary action of inhibin? DA. It inhibits secretion of prolactin.B. It stimulates synthesis of estradiol.C. It stimulates secretion of TSH.D. It inhibits secretion of FSH.58. Normal PH of blood- 7.36-7.4459. Longest life span for(lymphocytes, neutrophils, monocytes)60. Normal glomerular capillary pressure(15,25,35,45 mm Hg)61. Ion which is not interfered at loop of Henle(Na, K, Cl, urea)62. MC Hb in adult(Hb A1, HbA2, Hb F)63. Feacal mass mainly derived from(indigested food, undigested food, intestinal flora, intestinal secretions)64. Nicotinic receptors are seen in all except(adrenal medulla, NMJ, bronchial smooth muscle)65. Anterior Pituitary secretes (ADH, oxytocin, FSH, GnRH)66. Mucin acini cells characteristic all except(peripherally placed nucleus,distinc t lumen,zymogen granules,transparent)67. In synaptic cleft max concn of( Na, K, Ca, protein anions)68. Charecteristic for smooth muscle cells(don‟t require Ca, cant do recurrent contraction, cant do sustained contraction)69. All or none law is obeyed by (spike potential, post synaptic potential, )70. All carried through lat spino thalamic tract except(crude touch, pressure, pain, Temperature)Part four:第一章生理知识绪论一.A型题:1 可兴奋细胞兴奋时,共有的特征是产生(E)A.神经活动B.肌肉收缩C.腺体分泌D.反射活动E.动作电位2 机体处于应激状态时,糖皮质激素分泌增多是属于(C)A.全身性体液调节B.局部性体液调节C.神经体液调节D.神经调节E.自身调节3 维持机体稳态的重要途径是(B)A.正反馈调节B.负反馈调节C.神经调节D.体液调节E.自身调节4 下列生理过程中,不属于负反馈调节的是(E)A.血液中红细胞数量的恒定B.降压反射C.呼吸节律的维持D.体温恒定的维持E.排尿反射5 下列生理过程中,不属于正反馈调节的是(C)A.血液凝固B.排便反射C.血浆晶体渗透压升高时ADH释放增加D.排尿反射E.分娩反射6 人体生理学是研究(E)A.人体与环境关系B.人体细胞功能C.人体功能调节D.各器官的生理功能E.人体功能活动规律7 神经调节的基本方式是(A)A.反射B.反应C.适应D.正反馈E.负反馈8 衡量组织兴奋性高低的客观指标是(D)A.动作电位B.阈电位C.组织对刺激的反应能力D.强度阈值E.除极速度9 机体功能调节中,最重要的调节方式是(A)A.神经调节B.体液调节C.自身调节D.反馈调节E.前馈调节10 下列关于刺激和反应的说法,哪项是错误的(A)A.有刺激必然产生反应B.产生反应时,必然接受了刺激C.阈刺激时,必然产生反应D.有刺激时,不一定产生反应E.有时反应随刺激强度加大而增强二.B型题:A.感受器B.传入神经C.中枢D.传出神经E.效应器11 皮肤黏膜的游离神经末梢属于(A)12 迷走神经内的副交感节后纤维属于(D)13 窦神经在减压反射中属于(B)14 骨骼肌、平滑肌和腺体属于(E)三.X型题:15 关于生理学,下列叙述哪些是正确的(ABCD)A.是生物科学中的一个分支B.是医学的一门基础理论课程C.是研究生物体的生命活动及其活动规律的科学D.主要从细胞、器官和整体三个水平研究对象E.与解剖学无关16 下列情况中不属于自身调节的是(BDE)A.一定范围内心肌纤维初长度愈长,收缩力愈大B.人过度通气后,呼吸暂停C.动脉血压升高后,肾血流量相对稳定D.人在寒冷中出现寒战E.碱中毒时,尿中泌H+减少第二章细胞的基本功能一.A型题:1 人体内O2、C02和NH3进出细胞膜是通过(A)A.单纯扩散B.易化扩散C.主动转运D.入胞出胞E.继发性主动转运2 葡萄糖进入红细胞属于(D)A. 主动转运B.入胞C. 单纯扩散D. 易化扩散E.继发性主动转运3 肠上皮细胞由肠腔吸收葡萄糖属于(D)A.单纯扩散B. 易化扩散C.原发性主动转运D. 继发性主动转运E.入胞4 产生细胞生物电现象的离子跨膜移动属于(C)A.单纯扩散B.载体为中介的易化扩散C. 通道为中介的易化扩散D. 入胞E. 出胞5 运动神经纤维末稍释放Ach属于(D)A.单纯扩散B.易化扩散C.主动转运D.出胞E.继发性主动转运6 钠钾泵的作用是(A)A.将Na+泵出细胞外,将K+泵入细胞内B.将Na+泵入细胞内,将K+泵出细胞外C. 将Na+泵入细胞内D.将Na+ 和K+泵入细胞内E. 将Na+ 和K+泵出细胞外7 在一般生理情况下,每分解一分子A TP,钠泵运转可使(D)A.2个Na+移出膜外B. 2个K+移出膜外C. 2个Na+移出膜外,同时有2个K+移出膜内D. 3个Na+移出膜外,同时有2个K+移出膜内E. 3个Na+移出膜外,同时有3个K+移出膜内8 细胞膜内,外正常的Na+和K+浓度差的形成和维持是由(D)A.膜在安静时对K+通透性大B. 膜在兴奋时对Na+通透性增加C. Na+ 、K+易化扩散的结果D.膜上钠-钾泵的作用E. 膜上A TP的作用9 判断组织兴奋性高低最常用的指标(B)A.基强度B. 阈强度C. 阈时间D.利用时E. 时值10神经细胞在接受一次阈上刺激后,其兴奋性的周期变化是(D)A. 相对不应期→绝对不应期→超常期→低常期B. 绝对不应期→相对不应期→低常期→超常期C. 绝对不应期→低常期→相对不应期→超常期D. 绝对不应期→相对不应期→超常期→低常期E. 绝对不应期→超常期→低常期→相对不应期11组织兴奋后处于绝对不应期时,其兴奋性为(A)A.零B.无限大C.大于正常D.小于正常E.等于正常12神经细胞产生静息电位的主要原因是(A)A.细胞内高K+ 浓度和安静时膜主要对K+ 有通透性B. 细胞内高K+ 浓度和安静时膜主要对Na+ 有通透性C. 细胞内高Na+浓度和安静时膜主要对K+ 有通透性D. 细胞内高Na+ 浓度和安静时膜主要对Na+ 有通透性E. 细胞外高K+ 浓度和安静时膜主要对K+ 有通透性13神经细胞产生静息电位的大小接近于(B)A.钠平衡电位B. 钾平衡电位C. 钠平衡电位和钾平衡电位之和D. 钠平衡电位和钾平衡电位之差E. 锋电位与超射值之差14下列关于可兴奋细胞动作电位的叙述,正确的是(C)A.动作电位是细胞受刺激时出现的快速而不可逆的电位变化B.在动作电位的去极相,膜电位由内正外负变成内负外正C.动作电位的幅度大小不随刺激强度和传导距离而改变D.动作电位由去极化波构成E. 不同细胞的动作电位幅度均相同15神经细胞动作电位的幅度接近于(C)A.钾平衡电位B.钠平衡电位C.二者之和D.二者之差E. 超射值16.人工地减少细胞浸浴液中Na+ 浓度,则单根神经纤维动作电位的超射值将(B)A.增大B.减少C.不变D.先增大后减少E.先减少后减少17.下列关于单细胞动作电位的描述,正确的是(E)A.刺激强度小于阈值时,出现低幅度的动作电位B. 刺激强度达到阈值时,再增加刺激强度能使动作电位幅度增大。
生理学名词中英文对照

生理学名词中英文对照第一章绪论1.机体的内环境(internal environment)2.稳态(homeostasis)3.反射(reflex)4.反射弧(reflex arc)5.旁分泌调节(paracrine regulation)6.自身调节(autoregulation)7.负反馈(negative feedback) 8.正反馈(positive feedback)9.前馈(feed-forward)第二章细胞的基本功能10. 被动转运(passive transport) 11. 单纯扩散(simple diffusion)12. 经载体易化扩散(facilitated diffusion via carrier)13. 经通道易化扩散(facilitated diffusion via ion channel)14. 电压门控通道(voltage gated ion channel)15. 离子通道(ion channel)16. 化学门控通道(chemically gated ion channel)17. 机械门控通道(mechanically gated ion channel)18. 原发性主动转运(primary active transport)19. 继发性主动转运(secondary active transport)20. 同向转运(symport) 21. 反向转运(antiport)22. 出胞(exocytosis) 23. 入胞(endocytosis)24. 跨膜信号转导(transmembrane signal transduction)25. 刺激(stimulation) 26. 兴奋(excitation)27. 兴奋性(excitability) 28. 阈值(threshold)29. 极化(polarization) 30. 去极化(depolarization)31. 超极化(hyperpolarization) 32. 复极化(repolarization)33. 内向电流(inward current) 34. 外向电流(outward current)35. 电化学驱动力(electrochemical driving force)36. 静息电位(resting potential) 37. K+平衡电位(K+ equilibrium potential)38. 动作电位(action potential) 39. 超射(overshoot)40. “全或无”现象(“all or none”phenomenon)41. 阈电位(threshold potential) 42. 局部电位(local potential)43. 时间性总和(temporal summation) 44. 空间性总和(spatial summation)45. 量子释放(quantal release)46. 兴奋-收缩耦联(excitation-contraction coupling)47. 等长收缩(isometric contraction) 48. 等张收缩(isotonic contraction)49. 前负荷(preload) 50. 后负荷(afterload)51.肌肉收缩能力(contractility) 52.不完全强直收缩(incomplete tetauns)53.完全强直收缩(complete tetanus) 54.运动单位(motor unit)第三章血液55. 血细胞比容(hematocrit) 56. 血浆渗透压(plasma osmotic pressure)57. 血浆晶体渗透压(plasma crystal osmotic pressure)58. 血浆胶体渗透压(plasma colloid osmotic pressure)59. 悬浮稳定性(suspension stability)60.红细胞沉降率(erythrocyte sedimentation rate)61.红细胞渗透脆性(osmotic fragility) 62.血小板黏附(platelet adhesion)63.血小板聚集(platelet aggregation) 64.生理性止血(hemostasis)65.出血时间(bleeding time) 66.凝血时间(clotting time)67.血液凝固(blood coagulation) 68.血清(serum)69.凝血因子(clotting factor) 70.内源性凝血途径(intrinsic pathway)71.外源性凝血途径(extrinsic pathway) 72.纤维蛋白溶解(fibrinolysis)73.血型(blood group) 74.红细胞凝集(agglutination)75.凝集原(agglutinogen)76.凝集素(agglutinin)77.交叉配血试验(corss-match test)第四章血液循环78. 心动周期(cardiac cycle)79. 等容收缩期(period of isovolumic contraction)80. 等容舒张期(period of isovolumic relaxation)81. 每搏输出量(stroke volume)82. 射血分数(ejection fraction)83. 心输出量(cardiac output)84 心指数(cardiac index)85. 异长调节(heterometric regulation)86.心室功能曲线(ventricular function curve)87.心肌收缩能力(myocardial contractility)88.等长调节(homometric regulation)89.快反应细胞(fast response cell) 90.慢反应细胞(slow response cell)91.期前收缩(premature systole) 92.代偿间歇(compensatory pause)93.自动节律性(autorhythmicity) 94.正常起搏点(normal pacemaker)95.潜在起搏点(latent pacemaker) 96.异位起搏点(ectopic pacemaker)97.房室延搁(atrioventricular delay)98.膜反应曲线(membrane responsiveness curve)99.钙触发钙释放(calcium-induced Ca2+ release)100.外周阻力(peripheral resistance)101.动脉血压(arterial blood pressure)102.收缩压(systolic pressure)103.舒张压(diastolic pressure) 104.平均动脉压(mean arterial pressure)105.中心静脉压(central venous pressure)106.微循环(microcirculation) 107.压力感受性反射(baroreceptor reflex)第五章呼吸108.肺通气(pulmonary ventilation) 109.肺换气(gas exchange in lungs)110.呼吸运动(respiratory movement) 111.弹性阻力(elastic resistance)112.顺应性(compliance) 113.肺的静态顺应性(static compliance)114.比顺应性(specific compliance) 115.肺表面活性物质(pulmonary surfactant)116.气道阻力(airway resistance) 117.潮气量(tidal volume)118.余气量(residual volume)119.功能余气量(functional residual capacity)120.肺活量(vital capacity) 121.用力肺活量(forced vital capacity) 122.用力呼气量(forced expiratory volume)123.肺通气量(pulmonary ventilation)124.解剖无效腔(anatomical dead space) 125.肺泡无效腔(alveolar dead space) 126.肺泡通气量(alveolar ventilation)127.通气/血流比值(ventilation/perfusion ratio)128.血氧容量(oxygen capacity) 129.血氧含量(oxygen content)130.血氧饱和度(oxygen saturation) 131.氧解离曲线(oxygen dissociation curve) 132.肺牵张反射(pulmonary stretch reflex)第六章消化与吸收133.消化(digestion) 134.机械性消化(mechanical digestion)135.化学性消化(chemical digestion) 136.吸收(absorption)137.慢波(slow wave) 138.胃肠激素(gastrointestinal hormone)139.脑-肠肽(braingut peptide)140.黏液-碳酸氢盐屏障(mucus bicarbonate barrier)141.胃黏膜屏障(gastric mucosal barrier)142.容受性舒张(receptive relaxation)143.紧张性收缩(tonic contraction) 144.胃的排空(gastric emptying)145.肠-胃反射(entero-gastric reflex) 146.分节运动(segmentation contraction)147.胆盐的肠-肝循环(enterohepatic circulation of bile salt)第七章能量代谢与体温148. 能量代谢(energy metabolism)149. 食物的热价(thermal equivalent of food)150. 氧热价(thermal equivalent of oxygen)151. 呼吸商(respiratory quotient) 152. 基础代谢率(basal metabolic rate) 153. 体温(body temperature) 154.温热性发汗(thermal sweating)155.精神性发汗(mental sweating 156.热敏神经元(warm-sensitive neuron) 157.冷敏神经元(cold-sensitive neuron)第八章尿的生成和排出158. 管-球反馈(tubuloglomerular feedback)159. 肾小球滤过率(glomerular filtration rate)160. 滤过分数(filtration fraction)161. 有效滤过压(effective filtration pressure)162. 肾糖阈(renal threshold for glucose)163. 葡萄糖吸收极限量(transfer maximum of glucose)164. 渗透性利尿(osmotic diuresis)165. 球-管平衡(glomerulotubular balance) 166. 水利尿(water diuresis) 167.清除率(clearance)第九章感觉器官的功能168. 感受器(receptor) 169. 感觉器官(sense organ)170. 适宜刺激(adequate stimulus) 171. 换能作用(transducer function)172. 瞳孔对光反射(pupillary light reflex)173.互感性对光反射(consensual light reflex)174. 瞳孔近反射(near reflex of the pupil)175.视敏度(visual acuity)176.暗适应(dark adaptation) 177.明适应(light adaptation)178.视野(visual field) 179.听阈(hearing threshold)180.耳蜗内电位(endocochlear potential)181.耳蜗微音器电位(cochlear microphonic potential)182.眼球震颤(nystagmus)第十章神经系统的功能183.突触(synapse) 184.经典的突触(classical synapse)185.兴奋性突触后电位(excitatory postsynaptic potential)186.抑制性突触后电位(inhibitory postsynaptic potential)187.非定向突触(non-directed synapse) 188.电突触(electric synapse)189.神经递质(neurotransmitter) 190.神经调质(neuromodulator)191.受体(receptor) 192.激动剂(agonist)193.拮抗剂(antagonist) 194.上调(up regulation)195.下调(down regulation) 196.胆碱能纤维(cholinergic fiber)197.肾上腺素能纤维(adrenergic fiber) 198.突触后抑制(postsynaptic inhibition)199.传入侧支性抑制(afferent collateral inhibition)200.回返性抑制(recurrent inhibition) 201.突触前抑制(presynaptic inhibition)202.特异投射系统(specific projection system)203.非特异投射系统(nonspecific projection system)204.牵涉痛(referred pain) 205.脊休克(spinal shock)206.牵张反射(stretch reflex) 207.腱反射(tendon reflex)208.肌紧张(muscle tonus) 209.去大脑僵直(decerebrate rigidity)210.α僵直(α-rigidity) 211.γ僵直(γ-rigidity)212.自发脑电活动(spontaneous electric activity of the brain)213.脑电图(electroencephalogram)214.脑干网状结构上行激动系统(ascending reticular activating system) 215.慢波睡眠(slow wave sleep) 216.异相睡眠(paradoxical sleep)第十一章内分泌217. 激素(hormone) 218. 允许作用(permissive action) 219. 长反馈(long-loop feedback) 220. 短反馈(short-loop feedback)221. 超短反馈(ultra-short-loop feedback)222. 下丘脑调节肽(hypothalamic regulatory peptides)223. 应激反应(stress reaction) 224.应急反应(emergency reaction)第十二章生殖225. 月经(menstruation) 226. 月经周期(menstrual cycle)227. 增生期(proliferative phase) 228. 黄体期(luteal phase)。
病理生理学英文试题含答案4

Examination Paper of PathophysiologyFor English Class1. Single-choice questions ( There are four answers in each question, pick out the best one and mark “√”)(1) Hypertonic dehydration is defined asA. [Na+] >150 mmol/L, osmotic pressure> 310 mOsm/LB. [Na+] <130 mmol/L,osmotic pressure< 280 mOsm/LC. [[Na+] =150 mmol/L,osmotic pressure = 310 mOsm/LD. [Na+] >150 mmol/L,osmotic pressure < 310mOsm/L(2) The characteristic cause of hypertonic dehydration isA. increased loss of body fluid and decreased intake of waterB. water loss is excess of Na+ loss.C. no water during navigation .D. increased loss of water via gastrointestinal tract(3) Which is not the reason of hypertonic dehydration?A. no sense of thirst due to brain injury.B. severe vomitingC. difficulty in swallowing because of esophageal diseases.D. hypoventilation.(4) Increased loss of pure water via skin will causeA. hypotonic dehydration.B. isotonic dehydration.C. hypertonic dehydration.D. water intoxication.(5) Intracellular dehydration can be seen inA. hypotonic dehydration.B. isotonic dehydration.C. hypertonic dehydration.D. water intoxication.(6) Loss of body weight can not be seen inA. hypotonic dehydration.B. isotonic dehydration.C. hypertonic dehydration.D. water intoxication.(7) There is severe thirst inA. hypertonic dehydration.B. isotonic dehydration.C. hypotonic dehydration.D. water intoxication.(8) The change of electrocardiogram in hyperkalemia isA. low P-waveB. peaked T-waveC. widen T-waveD. narrow QRS complex(9) The reason of increased interstitial fluid isA. increased capillary hydrostatic pressure.B. increased plasma colloidal osmotic pressure.C. decreased permeability of the capillary wall.D. increased lymphatic return.(10) Increased permeability of the capillary wall will lead toA. increased interstitial hydrostatic pressure.B. increased capillary hydrostatic pressure.C. increased plasma colloidal osmotic pressure.D. increased interstitial colloidal osmotic pressure.(11) Metabolic alkalosis will lead toA. decreased intracellular [K+].B. increased intracellular [K+].C. increased extracellular [K+].D. normal intracellular [K+].(12). The effect of respiratory acidosis on the body isA. increase of myocardial contraction.B. depression of mental activity.C. arteriole contraction.D.hypokalemia.(13) The main reason of pulmonary hypertension caused by acute hypoxia is:A. increase of right cardiac outputB. left heart failureC. increase of pulmonary blood flowD. spasm of pulmonary arterioles(14). The most important factor deciding blood oxygen saturation is:A. blood pHB. blood temperatureC. blood oxygen pressureD. blood carbon dioxide pressure(15). Hypoxemia isA. blood oxygen pressure is lower than normal levelB. blood oxygen content is less than normal levelC. blood oxygen capacity is less than normal levelD. arterial blood oxygen content is less than normal level(16) Which parameter doesn’t decrease in hypotonic hypoxia?A. oxygen capacityB. PvO2C. blood oxygen content in veinD. arterial blood oxygen content2. Explain the following concepts(1) brain death(2) hypertonic dehydration(3) hypokalemia(4) edema(5) cyanosis3. Answer the following questions:(1) Explain the causes of hypokalemia.(2)Please tell the alteration of PaO2, Cao2, O2 capacity, Sao2 and the difference between Cao2 and Cvo2 in various kinds of hypoxia.4. Case discussionA 52-year-old man with chronic obstructive lung disease was admitted to the hospital with worsening dyspnea. He appeared cyanotic and in respiratory distress. The pH=7.34, PaCO2=60 mmHg, [HCO3-] =37mmol/L.Please answer the following questions:(a) What type of acid-base imbalance did the patient have?(b) Why did the acid-base imbalance occur?【参考答案】(1) A (2) B (3) D (4) C (5) C (6) D (7) A (8) B (9) A (10) D (11) B (12) B (13 D (14)C (15)D (16) A。
病理生理学英文试题

Examination Paper of PathophysiologyFor English Class1. Single-choice questions ( There are four answers in each question, pick out the best one and mark “√”)(1) Hypertonic dehydration is defined asA. [Na+] >150 mmol/L, osmotic pressure> 310 mOsm/LB. [Na+] <130 mmol/L,osmotic pressure< 280 mOsm/LC. [[Na+] =150 mmol/L,osmotic pressure = 310 mOsm/LD. [Na+] >150 mmol/L,osmotic pressure < 310mOsm/L(2) The characteristic cause of hypertonic dehydration isA. increased loss of body fluid and decreased intake of waterB. water loss is excess of Na+ loss.C. no water during navigation .D. increased loss of water via gastrointestinal tract(3) Which is not the reason of hypertonic dehydration?A. no sense of thirst due to brain injury.B. severe vomitingC. difficulty in swallowing because of esophageal diseases.D. hypoventilation.(4) Increased loss of pure water via skin will causeA. hypotonic dehydration.B. isotonic dehydration.C. hypertonic dehydration.D. water intoxication.(5) Intracellular dehydration can be seen inA. hypotonic dehydration.B. isotonic dehydration.C. hypertonic dehydration.D. water intoxication.(6) Loss of body weight can not be seen inA. hypotonic dehydration.B. isotonic dehydration.C. hypertonic dehydration.D. water intoxication.(7) There is severe thirst inA. hypertonic dehydration.B. isotonic dehydration.C. hypotonic dehydration.D. water intoxication.(8) The change of electrocardiogram in hyperkalemia isA. low P-waveB. peaked T-waveC. widen T-waveD. narrow QRS complex(9) The reason of increased interstitial fluid isA. increased capillary hydrostatic pressure.B. increased plasma colloidal osmotic pressure.C. decreased permeability of the capillary wall.D. increased lymphatic return.(10) Increased permeability of the capillary wall will lead toA. increased interstitial hydrostatic pressure.B. increased capillary hydrostatic pressure.C. increased plasma colloidal osmotic pressure.D. increased interstitial colloidal osmotic pressure.(11) Metabolic alkalosis will lead toA. decreased intracellular [K+].B. increased intracellular [K+].C. increased extracellular [K+].D. normal intracellular [K+].(12). The effect of respiratory acidosis on the body isA. increase of myocardial contraction.B. depression of mental activity.C. arteriole contraction.D.hypokalemia.(13) The main reason of pulmonary hypertension caused by acute hypoxia is:A. increase of right cardiac outputB. left heart failureC. increase of pulmonary blood flowD. spasm of pulmonary arterioles(14). The most important factor deciding blood oxygen saturation is:A. blood pHB. blood temperatureC. blood oxygen pressureD. blood carbon dioxide pressure(15). Hypoxemia isA. blood oxygen pressure is lower than normal levelB. blood oxygen content is less than normal levelC. blood oxygen capacity is less than normal levelD. arterial blood oxygen content is less than normal level(16) Which parameter doesn’t decrease in hypotonic hypoxia?A. oxygen capacityB. PvO2C. blood oxygen content in veinD. arterial blood oxygen content2. Explain the following concepts(1) brain death(2) hypertonic dehydration(3) hypokalemia(4) edema(5) cyanosis3. Answer the following questions:(1) Explain the causes of hypokalemia.(2)Please tell the alteration of PaO2, Cao2, O2 capacity, Sao2 and the difference between Cao2 and Cvo2 in various kinds of hypoxia.4. Case discussionA 52-year-old man with chronic obstructive lung disease was admitted to the hospital with worsening dyspnea. He appeared cyanotic and in respiratory distress. The pH=7.34, PaCO2=60 mmHg, [HCO3-] =37mmol/L.Please answer the following questions:(a) What type of acid-base imbalance did the patient have?(b) Why did the acid-base imbalance occur?【参考答案】(1) A (2) B (3) D (4) C (5) C (6) D (7) A (8) B (9) A (10) D (11) B (12) B (13 D (14)C (15)D (16) A。
试题《生理学》第一章绪论

第一章绪论一、名词解释1.反射2.神经调节3.体液调节4.反馈5.负反馈6.正反馈7. 阈强度8.内环境9.体液二、填空题1.以细胞膜为界将体液分为_______和_______。
血浆是_______最活跃的部分,它可沟通各部分组织液,成为细胞与外环境间进行物质交换的_______。
2.内环境的相对稳定状态称为_______。
3.激素或代谢产物对器官功能进行调节,这种方式称_______。
4.生理学的动物实验方法可分为_______和_______。
5.生理功能的自动控制方式为反馈,它可分为_______和_______。
6.体内在进行功能调节时,使控制部分发放信息加强,此称_______。
7.维持稳态的重要途径是_______反馈调节。
8.体液调节是通过_______完成的。
9.观察马拉松赛跑时心脏活动和呼吸的变化属_______水平研究。
10.在中枢神经系统参与下,机体对刺激作出有规律的反应称_______。
三、判断题1.生命活动的基本特征主要有新陈代谢、兴奋性等。
( )2.破坏中枢神经系统,将使反射消失。
( )3.条件反射和非条件反射,都是种族所共有的,生来就具备的反射活动。
( )4.自身调节需要神经中枢参与完成。
( )5.在取消了器官的神经调节和体液调节后,将丧失调节能力。
( )6.破坏中枢神经系统,将使反应消失。
( )四、各项选择题(一) 单项选择1. 关于反射,下述哪项是错误的( )A.是机体在神经中枢参与下发生的反应B.可分为条件反射和非条件反射两种C.机体通过反射,对外界环境变化作出适应性反应D.没有大脑,就不能发生反射2. 以下哪项不属于反射弧的环节( )A.突触B.中枢C.效应器D.外周神经3. 躯体运动神经属于( )A.传入神经B.中枢C.传出神经D.效应器4. 关于体液调节,下述哪项是错误的( )A.体液调节不受神经系统的控制B.通过化学物质来实现C.激素所作用的细胞称为激素的靶细胞D.体液调节不一定都是全身性的5. 自主神经系统对于心血管系统是( )A.控制系统B.受控系统C.控制信息D.反馈信息6. 心血管系统是自主神经系统的( )A.控制系统B.受控系统C.控制信息D.反馈信息7. 迷走神经传出纤维的冲动可看作是( )A.控制系统B.受控系统C.控制信息D.反馈信息8. 动脉壁上的压力感受器感受动脉血压变化,使相应的传入神经产生动作电位可看作( )A.控制系统B.受控系统C.控制信息D.反馈信息9. 正反馈调节的作用是使( )A.人体血压稳定B.人体体液理化特性相对稳定C.人体活动按某一固定程序进行,到某一特定目标D.体内激素水平不致过高10. 下列生理过程中,属于负反馈调节的是( )A.排尿反射B.排便反射C.血液凝固D.减压反射11. 在人体功能调节中,处于主导地位的是( )A.全身性体液调节B.自身调节C.神经调节D.局部性体液调节12. 条件反射的特征是( )A.种族遗传B.先天获得C.数量较少D.个体在后天生活中形成13. 体液调节的特点是( )A.迅速B.准确C.持久D.短暂14. 排尿反射是( )A.自身调节B.负反馈调节C.体液调节D.正反馈调节(二)多项选择1. 下列各项叙述,属于条件反射的是( )A.刺激性质与反应之间的关系不固定,灵活可变B.刺激性质与反应之间的关系由种族遗传决定C.需后天学习获得D.数量有限,比较恒定、少变或不变E.反射活动的适应性比较有限2. 神经调节的特点是( )A.出现反应迅速B.局限而精确C.作用持续时间较长D.作用范围广泛E.适于缓慢进行的一些生理过程的调节3. 属于条件反射的有( )A.食物入口引起唾液分泌B.沙粒入眼引起流泪C.望梅止渴D.叩击髌腱引起小腿伸直E.谈起美食引起唾液分泌4. 以下何属细胞、分子水平的研究( )A.心脏生物电现象的原理B.突触传递的原理C.肌肉收缩的原理D.缺氧时肺通气的变化E.运动时心功能的变化5. 有关神经调节的叙述正确的是( )A.反应速度慢B.参与维持机体的稳态C.作用范围广D.持续时间短E.反应迅速而准确6. 反射弧组成包括( )A.效应器B.感受器C.传出神经D.神经中枢E.传入神经7. 属于非条件反射的有( )A.雏鸡出壳就能啄食B.沙粒入眼就眨眼流泪C.新生儿嘴唇触及乳头便会吸吮D.学生听见上课铃声就立即进教室E.看见酸梅唾液立即分泌【参考答案】一、名词解释:1.反射: 在中枢神经系统参与下,机体对内外环境变化产生的适应性、规律性的应答反应,称为反射.2.神经调节: 神经系统是调节全身各种功能活动的调节系统,通过神经系统的调节称为神经调节.3.体液调节: 机体的某些细胞能生成并分泌某些特殊的化学物质,后者经体液运输到达全身的组织细胞或体内某些特殊的组织细胞,调节其功能活动,称为体液调节4.反馈: 在整体,被调节的器官(效应器),在功能活动发生改变时,往往这一变化的信息又可以通过回路反映到调节系统,改变其调节的强度,形成一种调节回路。
最新生理学练习题《绪论》

第一章练习题《绪论》(一)一、选择题1.人体生理学是研究()A人体物理变化的规律B人体化学变化的规律C正常人体功能活动及其规律 D 异常人体功能活动的规律2.内环境的稳态是指()A维持细胞外液理化性质保持不变 B 维持细胞内液理化性质保持不变C维持细胞外液理化性质相对恒定D维持细胞内液理化性质相对恒定3.机体中细胞生活的内环境是指()A细胞外液 B 细胞内液 C 脑脊液 D 组织液4.刺激引起机体反应需要具备三个基本条件分别是()A神经调节、体液调节和自身调节 B 反应、反射和反馈C阈刺激、阈上刺激和阈下刺激BD刺激强度、刺激作用的时间和刺激强度-时间变化率5.神经调节的基本方式是()A适应B 反应C 反射D正反馈调节6.神经调节的特点是()A调节幅度小 B 反应速度慢C作用广泛和持久 D 作用迅速、准确和短暂7.神经调节和体液调节相比,下述各项中错误的是()A神经调节发展快 B 神经调节起主导作用C神经调节的范围比较小D神经调节的基本方式是反应8.关于反射的描述,不正确的是()A在中枢神经系统的参与下发生的规律性反应B结构基础为反射弧C是神经系统活动的基本过程D没有中枢神经也能发生发射9.下列哪些不属于反射弧的组成部分()A感受器B 效应器C 神经垂体D传入神经10.不属于神经调节的特点是( )A出现反应快 B 持续时间短C是最主要的调节方式 D 能提供生理反应的能量11.不属于体液调节的特点是()A缓慢B广泛C持久D灵敏度高12.属于自身调节的特点是()A精确B 稳定C范围局限 D 灵敏度高13.负反馈的调节意义是()A维持机能状态的相对稳定 B 使机能状态速度C使机体对刺激作出持久反应D使机体对刺激作出快速反应14.下列哪项不是机体的调节途径()A神经调节B体液调节C自身调节D反馈调节15.阈强度是指()A能够引起组织产生最大反应的最小刺激强度B能够引起组织兴奋的刺激强度C能够引起组织反应的最小刺激强度D能够引起组织兴奋的最适刺激强度16.将神经调节和体液调节相比较,下列哪项错误()A神经调节发生快B体液调节持续时间长C所谓神经调节既是反射性调节D体液调节可不受神经控制17.具体的说,内环境是指()A体液B细胞内液C细胞外液 D 血液18.衡量组织兴奋性的指标是()A阈电位 B 动作电位C静息电位 D 阈强度19.维持内环境稳态的重要调节方式是()A神经调节 B 体液调节C自身调节 D 负反馈调节20.可兴奋细胞包括()A神经细胞肌细胞 B 神经细胞、腺细胞C神经细胞、肌细胞、腺细胞 D 神经细胞、肌细胞、骨细胞21.关于负反馈的叙述,错误的是()A属于自动控制系统B与神经调节和体液调节无关C反馈信息与控制信息的作用性质相反 D 起减弱控制信息的作用22.在自动控制系统中,从受控部分到达控制部分的信息称为( )A干扰信息B控制信息 C 反馈信息 D 参考信息23.下列哪些活动属于条件反射()A看到酸梅时引起唾液分泌 B 食物进入口腔后,引起胃腺分泌C大量饮水后尿量增加 D 寒冷环境下皮肤血管收缩二、是非题()1.生理学是研究生物体功能活动及其规律的一门实验科学。
生理学各章习题及答案

第一章绪论习题一、名词解释1. 内环境2. 稳态(homeostasis)3. 反射(reflex)4. 反馈(feedback)5. 正反馈(positive feedback)6. 负反馈(negative)7. 前馈二、选择题单选题1. 机体内环境的homeostasis 是指:A. 细胞内液理化性质保持不变B. 细胞外液理化性质保持不变C. 细胞内液化学成分相对恒定D. 细胞外液化学成分保持恒定E. 细胞外液理化性质相对恒定2. 下列关于稳态的叙述,错误的概念是:A. 生物体内环境的理化性质经常保持绝对平衡的状态,称为稳态B. 稳态是一种复杂的由机体内部各种调节机制所维持的动态平衡过程C. 维持机体内环境的理化性质相对恒定的状态,称之为稳态D. 稳态一旦不能维持,生物体的生命将受到威胁E. 稳态的概念首先由美国科学家Cannon提出3. 能引起生物机体发生反应的各种环境变化,统称为:A. 反射B. 兴奋C. 刺激D. 反应E. 阈值4. Neuroregulation的基本方式是:A. 反射B. 反应C. 适应D. 正反馈调节E. 负反馈调节5. Neuroregulation的特点是A. 调节幅度B. 作用广泛而持久C. 作用迅速、准确和短暂D. 反应速度慢E. 调节的敏感性差6. 下列不直接参与体内信息传递的物质是:A. 神经递质B. 调制物C. 内分泌激素D. 旁分泌物质E. 局部体液因素7. 下述情况中,属于autoregulation的是:A. 人在过度通气后呼吸暂停B. 全身血压维持相对恒定C. 体温维持相对恒定D. 血糖水平维持相对恒定E. 平均动脉压在一定范围内升降时,肾血流量维持相对恒定8. 下列生理过程中,属于negative feed-back的调节是:A. 排尿反射B. 排便反射C. 血液凝固D. 减压反射E. 分娩9. 维持机体homeostasis的重要调节过程是:A. neuroregulationB. humoral regulationC. autoregulaionD. positive feedbackE. negative feedback10. 在自动控制系统中,从受控部分发出到达控制部分的信息称为:A. 偏差信息B.干扰信息C. 控制信息D. 反馈信息E. 自动控制信息11. 家兔,雄性,体重2.1kg。
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CHAPTER 1 INTRODUCTIONSummaryPhysiology is the study of how living organisms work. It is the science that describe the normal functions and their regular patterns of the living organisms. The vast field of physiology can be divided into viral physiology, bacterial physiology, cellular physiology, plant physiology, human physiology,and many more subdivisions. However, the Human Physiology is very important and basic biomedical course for medical students.The body has three fundamental characteristics of living organism which are metabolism, excitability and reproduction. The metabolism include material metabolism and energy metabolism. The material metabolisms of carbonhydrate, lipid, proteins etc. have mainly been learned in BIOCHMISTRY. The energy metabolism will be learned in the 7th Chapter in PHYSIOLOGY. The excitability is very important physiological term, the property of living organisms that permit them to react to stimuli is defined as excitability.Since the normal functions of organs or organ systems was emphasized, homeostasis is another very important physiological concept. Homeostasis signifies a stable and constant status of the internal enviroment in the body of living organism. It is a dynamic balance of pH, osmostic pressure, temperature, ions concentrations, and so on. Homeostasis is a necessary for the normal functions of cells, organs and organ systems. Therefore, homeostasis is the soul concept of PHYSIOLOGY.The living organism needs to overcome the possible disorder caused by the metabolisms, then homeostasis could be maintained and the normal functions of the living organisms could be gone on. How to maintain the homeostasis? There are mainly three mechanisms to maintain the homeostasis. They are neural regulation, humoral regulation and auto-regulation. Three regulatory patterns exhibit different mechanisms and features.Feedback, a term borrowed from engineering, is a fundamental feature of homeostasis. Feedback regulation anticipates changes in a regulated variable, improves the speed of the body’s homeostatic responses, and minimizes fluctuations in the level of the variable being regulated. In the negative feedback system, a change in the variable being regulated brings about response that tend to push the variable in the direction opposite to the original change. The homeostasis could be maintained after negative feedback regulation. In positive feedback system, an initial disturbance in the system sets off a train of events that increases the disturbance even further. Some special physiological activities in the living organism are carried out by the positive feedback system such as processes of giving birth, blood coagulation, micturition.Definition1.Physiology(生理学)2.Acute experiment(急性实验)3.Chronic experiments(慢性实验)4.In vitro(离体)5.In vivo(在体)6.Metabolism(新陈代谢)7.Interstitial fluid(组织间液)8.Internal environment(内环境)9.Homeostasis(稳态)10.Excitability(兴奋性)11.Excitation(兴奋)12.Inhibition(抑制)13.Stimulus(刺激)14.Neural regulation(神经调节)15.Neuro-humoral regulation(神经体液调节)16.Reflex arc(反射弧)17.Unconditioned reflex(非条件反射)18.Conditioned reflex(条件反射)19.Humoral regulation(体液调节)20.Auto-regulation(自身调节)21.Feedback(反馈)22.Negative feedback(负反馈)23.Positive feedback(正反馈)24.Feedforward(前馈)Choose the ONE best answer, then fill the corresponding letter in the blank.( C ) 1. Which one of the following is a physiological process with negative feedback?A.Blood coagulationB.Process of passing urineC.Sino-aortic baroreceptor reflexD.Na+ influx during action potentialE.Process of parturition( D ) 2. Which one of the following is not the property of regulation by hormone?A.Slow in onsetB.Diffuse in natureC.Longer in durationD.Accurate in actionE.Action in overcorrection( D ) 3. Which of the following is not the fundamental characteristic of living organisms?A.MetabolismB.ExcitabilityC.ReproductionD.Passive diffusionE.Adaption( D ) 4. The concept of homeostasisA.includes the concept of an error signal.B.refers to maintaining physiological functions in a stable condition.C.refers only to the regulation of body temperature.D. A and BE. B and C(A) 5. This term refers to the existence of a stable internal environmentA.HomeostasisB.FeedbackC.AutoregulationD.All the aboveE.None of the above(C) 6. Which one of the following provides long-term regulatory control that results in relatively unchanging internal conditions.A.Positive FeedbackB.DiseaseC.Negative FeedbackD.All the aboveE.None of the above(B) 7. Moving your hand away from a hot stove is an example of a basic function calledA.Positive feedbackB.ResponseC.RegulationD.All the aboveE.None of the above(E) 8. On the objects that Physiology researches and observes, which of the following is correct description ?A.Whole body levelan and organ systems levelsC.Cellular levelD.Molecular levelE.All the above(E) 9. On the methodology applied in Physiology, which of the following is correct?A.Acute experimentB.Chronic experimentC.Experiment in vivoD.Experiment in vitroE.All the above(D) 10. The acceleration of heart beat caused by catecholamine hormones released from adrenal gland after doing exercise, it isA.Neural regulationB.Humoral regulationC.AutoregulationD.Neural-humoral regulationE.None of the aboveQuestions:1.What are the five components of the reflex arc?2.What are fundamental characteristics of living organism?3.Explain the mechanisms of how to maintain the homeostasis in living organism.4.Contrast the properties of the neural regulation, humoral regulation andauto-regulation.5.Describe the category of the humoral regulation.Answers:Definitions:1.Physiology(生理学): Physiology is the study of how living organisms work, the goal ofphysiology is to study the normal functions and their regular patterns of organs or organ systems of living organism.2.Acute experiment(急性实验):Experiment performed is to study the physiological activitiesor to observe the reaction to the external interference in short time is called acute experiment.The animals used are oftenly under anesthesia, and the experiments are oftenly destructive and irreversible, even induce the death of animals. The acute experiment include experiment in vivo and in vitro.3.Chronic experiments(慢性实验): Experiment performed is to study the physiologicalactivities or to observe the reaction to the external interference in long time is called chronic experiment. The Chronic experiments may be performed on conscious subject for a long period of time after recovery from the operation.4.In vitro(离体):Experiment is performed on an isolated tissue or organ that is taken out fromthe body of the animal.5.In vivo(在体):Experiment is performed on the whole body of the animal to observe one orsome physiological functions of the organ or organ systems.6.Metabolism(新陈代谢):Metabolism is the one of basic characteristics of living organism. Itmeans all the chemical reactions in all the cells of the body, and includes all material and energy transformations that occur in the body. The material metabolism includes catabolic and anabolic reactions.7.Interstitial fluid(组织间液):The spaces between cells are called the interstitutium, the fluidin these spaces is the interstitial fluid.8.Internal environment(内环境):It is the environment that all cells of the body live in theextracellular fluid, which is called the internal environment of the body.9.Homeostasis(稳态):The state maintenance of a constancy and balance in one’s internalenvironment. It is the soul of the physiology.10.Excitability(兴奋性):It is the ability of certain kinds of cells (excitable cell) to makeresponse to the stimulus. Essentially, It is the ability of cells to generate action potential.Excitability is a fundamental property to all tissues and cells.11.Excitation(兴奋):It signifies a beginning of an activity or increase in physiological activityafter stimulus, such as the acceleration of the heart beat after stimulating the sympathetic nerve.12.Inhibition(抑制):Inhibition is a stop of an activity or a decrease in physiological activityafter stimulus, such as the slowing of the heart beat after stimulating the vagus nerve.13.Stimulus(刺激):Any changes from external or internal environmental factors that causes aresponse in a sense organ or an organism are called the stimulus. It includes the physical, chemical and biological stimuli.14.Neural regulation(神经调节):The functions of organs or organ systems are regulated by thecentral nervous system via the reflexes. The reflex is the regular response of effectors to the stimulus based on the reflex arc.15.Neuro-humoral regulation(神经体液调节):In many cases, the endocrine system is soclosely related to the nervous system that it can be regarded as an extension of the efferent limb of the reflex arc . In this instance it is called neuro-humoral regulation.16.Reflex arc(反射弧):Reflex arc is the pathway in a reflex, it is the basic unit of integratedneural activity, consisting of receptor, afferent nerve, nervous center, efferent nerve and effector.17.Unconditioned reflex(非条件反射):A fixed reflex whose mechanism may be supposed to beinherited as its functioning does not depend on previous experience.18.Conditioned reflex(条件反射):A learned reflex in which the nervous system is trainedto produce a new and unusual response to a stimulus.19.Humoral regulation(体液调节):The functions of organs or organ systems areregulated by the special chemicals released by the endocrine glands or cells, or metabolic products released by the living cells.20.Auto-regulation(自身调节):In certain cases, a tissue or organ can respond directly to theenvironmental change, depending neither on nervous nor on humoral control. This form of regulation is called auto-regulation.21.Feedback(反馈):It is a flow of information along a closed loop. Usually, a constancy ofphysiological variable requires a feedback mechanism that feeds the output information back to the control system so as to modify the nature of control.22.Negative feedback(负反馈):A regulated variable is sensed, information is sent to acontroller, and action is taken to oppose change from the desire value.23.Positive feedback(正反馈):With a variable is sensed and action is taken to reinforce changeof the variable, so it promotes a change in one direction.24.Feedforward(前馈):control mechanisms often sense a disturbance and can therefore takecorrective action that anticipates changes. Conditioned reflexes belong to the feedforward control system.。