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NMS Histology 3rd Revised edition [Mīkstie vāki]

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  • Formāts: Paperback / softback, 425 pages, height x width: 254x178 mm, weight: 935 g, 236
  • Sērija : National Medical Series for Independent Study
  • Izdošanas datums: 01-Jul-1997
  • Izdevniecība: Lippincott Williams and Wilkins
  • ISBN-10: 0683062255
  • ISBN-13: 9780683062250
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NMS Histology 3rd Revised editionPalielināt
  • Formāts: Paperback / softback, 425 pages, height x width: 254x178 mm, weight: 935 g, 236
  • Sērija : National Medical Series for Independent Study
  • Izdošanas datums: 01-Jul-1997
  • Izdevniecība: Lippincott Williams and Wilkins
  • ISBN-10: 0683062255
  • ISBN-13: 9780683062250
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9780683062250.html
Keywords:
Histology now encompasses much of cellular and molecular biology, and many aspects of physiology and biochemistry. This text provides the student with an overview and a subsequent review of the discipline. Approximately 300 study questions facilitate preparation for licensing and other comprehensive examinations. Library of Congress catalogued this title as shown, but the title page does not show "NMS" at the head. Annotation c. by Book News, Inc., Portland, Or.

The purpose of this book is twofold: The concise presentation in outline format enables the student initially to gain an overview of histology and later to review the discipline. This is particularly important in today's biomedical curriculum because of the reduction in time devoted to basic sciences and the dispersal of specific disciplinary materials into evolving, nontraditional curricula. Second, the inclusion of approximately 300 study questions, and integration of their answers with the text, enables the student to review histology, in a timely and efficient manner, in the context of licensing and other comprehensive examinations.
Preface xiii(2)
Acknowledgments xv
1 Membrane Structure and Cell Surface
1(12)
I. Introduction
1(1)
II. Organization of biological membranes
1(3)
III. Plasma membrane functions in cell regulation and signaling
4(1)
IV. Endocytosis: transport of macromolecules and particles
5(3)
V. Plasma membrane surface structures
8(5)
2 Cytoplasmic Organelles and Inclusions
13(12)
I. Introduction
13(1)
II. Endoplasmic reticulum
13(4)
III. Golgi apparatus
17(2)
IV. Mitochondria
19(2)
V. Peroxisomes
21(1)
VI. Lysosomes
22(2)
VII. Particles and inclusions
24(1)
3 Cytoskeleton
25(10)
I. Introduction
25(1)
II. Actin
25(3)
III. Microtubules
28(2)
IV. Intermediate filaments
30(5)
4 Nucleus
35(12)
I. Introduction
35(1)
II. Chromosomes
35(2)
III. Nucleolus
37(1)
IV. Nuclear envelope
38(1)
V. Nuclear pores
39(1)
VI. Nuclear lamina
39(1)
VII. Nuclear matrix
40(1)
VIII. Cell cycle
40(3)
IX. Meiosis
43(4)
5 Epithelium
47(14)
I. Introduction
47(1)
II. General characteristics of epithelia
47(1)
III. Functions of epithelia
48(1)
IV. Classification of epithelia
48(2)
V. Intercellular junctions of epithelial cells
50(8)
VI. Epithelial cell mitosis and tissue renewal
58(1)
VII. Epithelia-connective tissue interface
58(3)
6 Nerve
61(20)
I. Introduction
61(1)
II. Neurons
61(5)
III. Synapses
66(3)
IV. Supporting cells of the nervous system
69(1)
V. Myelin sheath of the peripheral nervous system
70(4)
VI. Myelin sheath of the central nervous system
74(1)
VII. Comparison of peripheral myelin and central myelin
75(1)
VIII. Unmyelinated nerves in the peripheral and central nervous systems
75(1)
IX. Connective tissue sheaths of peripheral nerve
76(1)
X. Blood-brain barrier
77(1)
XI. Degeneration and regeneration in the nervous system
77(1)
XII. Afferent receptors
78(3)
7 Muscle Tissue
81(16)
I. Introduction
81(1)
II. Contractile proteins
81(2)
III. Classification of muscle
83(1)
IV. Skeletal muscle
83(10)
V. Cardiac muscle
93(1)
VI. Smooth muscle
94(2)
VII. Repair and renewal in muscle tissue
96(1)
8 Connective Tissue
97(18)
I. Introduction
97(1)
II. Fibers of connective tissue
97(6)
III. Ground substance of connective tissue
103(3)
IV. Cells of connective tissue
106(5)
V. Classification of connective tissue
111(2)
VI. Histogenesis of connective tissue
113(2)
9 Adipose Tissue
115(6)
I. Introduction
115(1)
II. White adipose tissue
115(4)
III. Brown adipose tissue
119(2)
10 Cartilage
121(6)
I. Introduction
121(1)
II. Cartilage cells
121(1)
III. Cartilage matrix
122(2)
IV. Types of cartilage
124(1)
V. Supply of nutrients to chondrocytes
125(1)
VI. Cartilage growth
126(1)
11 Bone
127(16)
I. Introduction
127(1)
II. Bone cells
127(2)
III. Bone matrix
129(1)
IV. Types of bone
130(1)
V. Bone-associated fibrous connective tissue
131(1)
VI. Osteogenesis: intramembranous ossification
132(1)
VII. Osteogenesis: endochondral ossification
133(3)
VIII. Osteons and lamellar bone
136(3)
IX. Growth and remodeling of a long bone
139(1)
X. Growth and remodeling of a flat bone
139(1)
XI. Fracture repair
140(1)
XII. Bone and hormonal control of calcium
140(3)
12 Blood
143(12)
I. Introduction
143(1)
II. Erythrocytes
143(2)
III. Neutrophils
145(2)
IV. Eosinophils
147(1)
V. Basophils
148(1)
VI. Lymphocytes
149(1)
VII. Monocytes
150(1)
VIII. Platelets
151(4)
13 Hematopoiesis
155(14)
I. Introduction
155(1)
II. Hematopoietic stem cells
155(3)
III. Erythropoiesis
158(2)
IV. Granulopoiesis
160(4)
V. Megakaryocytopoiesis
164(2)
VI. Monocytopoiesis
166(1)
VII. Microscopic anatomy of the marrow compartment
166(3)
14 Cardiovascular System
169(16)
I. Introduction
169(1)
II. The heart
169(4)
III. General structure of blood vessels
173(1)
IV. The arterial vessels
174(2)
V. Capillaries
176(4)
VI. The venous vessels
180(1)
VII. Portal blood vessels
181(1)
VIII. Arteriovenous anastomosis (AVA)
182(1)
IX. Lymphatic vessels
182(3)
15 Lymphatic Cells and Tissues
185(10)
I. Introduction
185(1)
II. Lymphocytes
185(1)
III. B Lymphocytes and humoral immunity
186(3)
IV. T Lymphocytes and cell-mediated immunity
189(1)
V. Other features of humoral and cell-mediated immune responses
190(1)
VI. Structural framework of lymphatic tissues
191(1)
VII. Diffuse lymphatic tissue
191(1)
VIII. Lymphatic nodules and germinal centers
192(3)
16 Tonsils, Peyer Patches, and Appendix
195(6)
I. Introduction
195(1)
II. Tonsils
195(1)
III. Peyer patches
196(1)
IV. Appendix
197(1)
V. M cells
198(3)
17 Lymph Nodes
201(8)
I. Introduction
201(1)
II. Surface landmarks of lymph nodes
201(1)
III. Lymph node compartments: cortex and medulla
201(3)
IV. Lymphatic sinuses
204(1)
V. Lymph pathway through a lymph node
205(1)
VI. Blood pathway through a node and lymphocyte recirculation
205(1)
VII. Functions of lymph nodes
206(3)
18 Spleen
209(6)
I. Introduction
209(1)
II. Histologic landmarks of the spleen
209(1)
III. White pulp
209(2)
IV. Marginal zone
211(1)
V. Red pulp
211(2)
VI. Blood vessels of the spleen
213(1)
VII. Blood circulation through the red pulp: closed versus open
214(1)
19 Thymus
215(6)
I. Introduction
215(1)
II. Histologic landmarks of the thymus
215(1)
III. Thymic epithelial reticular cells
215(1)
IV. Cortex of the thymus
216(1)
V. Medulla of the thymus
217(1)
VI. Blood-thymus barrier
217(1)
VII. Involution of the thymus
218(2)
VIII. Role of thymus in immune response
220(1)
20 Skin
221(16)
I. Introduction
221(1)
II. Epidermis
221(5)
III. Dermis
226(2)
IV. Hair follicles
228(2)
V. Sebaceous glands
230(2)
VI. Eccrine sweat glands
232(2)
VII. Apocrine glands
234(1)
VIII. Nail
235(1)
IX. Skin injury, cutaneous appendages, and wound healing
235(2)
21 General Plan of the Alimentary Tract
237(8)
I. Introduction
237(1)
II. Basic plan of the wall of the alimentary canal
237(3)
III. Functions of the alimentary mucosa
240(3)
IV. Functional specializations in the wall of the alimentary canal
243(2)
22 Oral Cavity
245(10)
I. Introduction
245(1)
II. Mucosa of the oral cavity
245(1)
III. Tongue
246(2)
IV. Teeth
248(4)
V. Supporting tissues of the teeth
252(3)
23 Exocrine Glands--Salivary Glands
255(8)
I. Introduction
255(1)
II. General characteristics of exocrine glands
255(4)
III. Parotid glands
259(1)
IV. Submandibular gland
260(1)
V. Sublingual gland
260(1)
VI. Saliva
260(3)
24 Esophagus and Stomach
263(10)
I. Esophagus
263(2)
II. Stomach
265(4)
III. Cells of the gastric glands
269(4)
25 Small intestine and Colon
273(16)
I. Small intestine
273(11)
II. Colon
284(5)
26 Liver and Gallbladder
289(16)
I. Introduction
289(1)
II. General structure of the liver
289(1)
III. Hepatic circulation
289(3)
IV. Organization of liver parenchyma
292(1)
V. Hepatocytes
293(5)
VI. Perisinusoidal space
298(1)
VII. Biliary system
299(1)
VIII. Bile
300(2)
IX. Gallbladder
302(3)
27 Exocrine Pancreas
305(6)
I. Introduction
305(1)
II. Histologic characteristics
305(1)
III. Serous acinar cells
305(2)
IV. Duct system
307(2)
V. Control of pancreatic exocrine secretion
309(2)
28 Respiratory System
311(12)
I. Introduction
311(1)
II. Nasal cavity
311(2)
III. Paranasal sinuses and nasopharynx
313(1)
IV. Larynx
314(1)
V. Trachea
314(1)
VI. Bronchi
315(2)
VII. Bronchioles
317(1)
VIII. Alveoli
318(2)
IX. Air-blood barrier
320(1)
X. Surfactant
321(2)
29 Urinary System
323(18)
I. Introduction
323(1)
II. General characteristics of the kidneys
323(1)
III. Organization of the kidney parenchyma
323(2)
IV. Interstitium of the kidney
325(1)
V. Nephron
325(9)
VI. Duct system of the kidney
334(1)
VII. Renal circulation
335(2)
VIII. Histophysiology of the kidney
337(1)
IX. Renal nerve supply
338(1)
X. Excretory passages of the urinary system
338(3)
30 Pituitary Gland and Hypothalamus
341(10)
I. Introduction to endocrine system
341(1)
II. Pituitary gland
341(3)
III. Adenohypophysis
344(2)
IV. Neurohypophysis
346(2)
V. Hypothalamic regulation of hypophysis
348(3)
31 Thyroid and Parathyroid Glands
351(8)
I. Introduction
351(1)
II. Thyroid gland
351(3)
III. Parathyroid glands
354(5)
32 Adrenal Gland
359(8)
I. Introduction
359(1)
II. Development and structure
359(1)
III. Adrenal cortex
359(3)
IV. Adrenal medulla
362(2)
V. Fetal adrenal gland
364(3)
33 Islets of Langerhans
367(4)
I. Introduction
367(1)
II. Structure and development
367(2)
III. Control of release of insulin and glucagon
369(2)
34 Pineal Gland
371(2)
I. Introduction
371(1)
II. Pineal parenchymal cells
371(1)
III. Pineal functions
371(2)
35 Female Reproductive System
373(18)
I. Introduction
373(1)
II. Ovaries, oocytes, and ovarian follicles
373(4)
III. Ovulation and corpus luteum formation
377(2)
IV. Mitosis and meiosis of the female germ cell
379(1)
V. Oviducts
380(1)
VI. Fertilization
381(1)
VII. The uterus
381(3)
VIII. The menstrual cycle
384(1)
IX. The vagina
385(1)
X. The mammary gland
386(2)
XI. The placenta
388(3)
36 Male Reproduction System
391(18)
I. Introduction
391(1)
II. Testes
391(4)
III. Spermatogenesis
395(5)
IV. Sertoli cells
400(2)
V. Intratesticular genital ducts
402(1)
VI. Extratesticular genital ducts
403(1)
VII. Accessory sex glands
404(2)
VIII. Penis
406(3)
37 Eye
409(16)
I. Introduction
409(1)
II. Specific functions of ocular tissues
409(2)
III. Embryonic development
411(2)
IV. Cornea
413(2)
V. Sclera
415(1)
VI. Anterior chamber and associated structures
415(1)
VII. Posterior chamber and associated structures
416(2)
VIII. Vitreous body
418(1)
IX. Retina
419(2)
X. Blood-ocular barrier
421(1)
XI. Choroid
422(1)
XII. Eyelids
422(1)
XIII. Lacrimal apparatus
423(1)
XIV. Extraocular muscles
423(2)
38 Ear
425(8)
I. Introduction
425(1)
II. External ear
425(1)
III. Middle ear
425(1)
IV. Inner ear
426(3)
V. Functions of the inner ear
429(4)
Comprehensive Exam 433(66)
Index 499