Department of Anatomy, Histology and Embryology Semmelweis University

Slides:



Advertisements
Similar presentations
Tunica interna (intima) Inner layer of arteries and veins Endothelium made of simple squamous epithelial cells.
Advertisements

Blood, Lymph, & Immune Systems Anatomy, Physiology, Diagnostics, Procedures, and Pathology.
The Human Circulatory System
Blood = connective tissue extracellular matrix: Plasma specialized cells: (= Formed elements) RBCs WBCs Platelets color ? volume ?
30.4 Blood Vessels and Transport Arteries, veins, and capillaries transport blood to all parts of the body.
Circulatory System. This system is involved in transport of nutrients to the cells and removal of metabolic waste from the cells. Organs of circulatory.
Chapter #12 Blood.
The Blood. Functions of the Blood  Transport of gases, nutrients and waste products  Transport of processed molecules  Transport of regulatory molecules.
Overview – Every cell in a living organism must have direct access to its nutrient supply Single celled organisms – rely on simple diffusion to move materials.
Blood = Transport Medium
B Allen Bio 21 Chapter 10 Blood Composition Formed elements Cells Plasma Fluid.
Lab Ex. 38, 39 & 40 Blood & Blood Testing. Blood cells.
Blood Chapter 12. Introduction What is the function of blood? Blood transports substances (nutrients, oxygen, wastes, and hormones) Also maintains homeostasis.
Blood  The only fluid tissue in the human body  Classified as a connective tissue  Living cells = formed elements  Non-living matrix = plasma.
Human Anatomy, 3rd edition Prentice Hall, © 2001 Blood Chapter 20.
Blood Composition Formed Elements. Erythrocytes Transports oxygen to cells and tissues Transports oxygen to cells and tissues Anucleate Anucleate ~7 µm.
Blood. Blood Circulation  Powered by the pumping action of the heart  Functions of blood Carries respiratory gases, nutrients, and hormones Helps body.
1.  Blood transports O2, nutrients to tissues and CO2 to lungs and other products of metabolism to kidneys. 2.
Components of Blood Circulatory System. Circulation.
CELLS INVOLVED IN THE IMMUNE RESPONSE. A. HUMORAL LIQUID PART OF THE BLOOD.
Mr. Arbo Anatomy:. There are two main kinds of blood vessels: Veins- carry blood to the heart, bifurcate to create venules Arteries- carry blood away.
Chapter 19 The Circulatory System I Blood. Cardiovascular System The cardiovascular system includes: Blood The Heart Blood Vessels –Large and small arteries.
Chapter 17 Blood. Composition of Blood Introduction –Blood – 8% of total body weight 55% plasma 45% formed elements (Table 17-1) Complex transport medium.
The Blood The Blood Discuss the composition of blood including the functions of the various components Explain the anatomy and functions of the red blood.
Blood: An Overview Ch. 10a. Blood Slide 10.1a Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  The only fluid tissue in the.
The Structure and Function of Blood
Composition of Blood Blood has two major components:
Blood Type of connective tissue
Human blood – Structure and Function
Formed elements Topic 9 Blood Essentials of Human Anatomy & Physiology
Blood & Hematopoietic Tissue 11th lecture January, 2016
Types of White Blood Cells
Chapter 21 Blood.
Blood Type of connective tissue
Anatomy: nomenclature, orientation
Blood.
The Circulatory System I Blood
BLOOD CHAPTER 10.
Blood Notes Red blood cells & White blood cells.
Chapter 14 Blood Functions transports vital substances
INDIAN RIVER STATE COLLEGE WEEK 1
Blood.
Blood.
The Structure and Function of Blood
the circulatory system
Biology 322 Human Anatomy I
The Blood Discuss the composition of blood including the functions of the various components Explain the anatomy and functions of the red blood cells,
Blood Chapter 19.
10 Blood.
The Structure and Function of Blood
Key terms anucleate of a cell which does not have a nucleus
Transportation & Circulatory System
Platelets (Thrombocytes)
Ch 20: The Blood Discuss the composition of blood including the functions of the various components Explain the anatomy and functions of the red blood.
BLOOD.
Blood Cells and Vessels
BLOOD.
The Cardiovascular System
Blood Erythrocytes (RBC).
Circulatory System BLOOD Blood vessels Heart lymph vessels
The Structure and Function of Blood
(erythocytes = red; platelets = yellow; T-lymphocyte = light green)
Blood.
BLOOD.
9/8/2015 Finish Group Heart Posters
BLOOD.
Blood = Transport Medium
Blood Cells and Vessels
The Circulatory System I Blood
Lab Ex. 38, 39 & 40 Blood & Blood Testing
Presentation transcript:

Department of Anatomy, Histology and Embryology Semmelweis University Blood Anna L. Kiss Department of Anatomy, Histology and Embryology Semmelweis University Budapest 2017 Blood cells, erythrocytes, granulocytes: neutrophyl, basophyl. Eosinophyl, monocytes, lymphocytes, platelets, haemopoesis, structure of the blood vessels

Blood Cells + „exracellular matrix” : plasma Cells: red blood cells white blood cells granulocytes agranulocytes Mesoderm

Erythrocytes d:7µm biconcave, no nucleus, limited life time (about 120days)

Haemoglobin: haem+globin protein transport of molecular oxygen reverseble binding hem: iron 2+ containing molecule

Erythrocytes sickle-cell disease: 1 amino acid is changed in the globin molecule: genetic mutation

Leukocytes Granulocytes: segmented nucleus granules inside of the cytoplasm neutrophyl basophyl eosinophyl Agranulocytes: monocytes lymphocytes

Granulocytes: neutrophyls segmented nucleus, granules in the cytoplasm they are ~75% of leukocytes

Extravasatio: white blood cells migrate out from the blood vessels

Granulocytes: basophils Bilobed nucleus Granulse: stained with basic dye

Granulocytes: eosinophils allergy, parasitism nucleus:bilobed granules: stained by basic dye

Agranulocytes: monocytes professional phagocytes; monocytes/macrophages: macrophages: monocyte/derived cells in the connective tissue and in different organs

Agranulocytes: lymphocytes small cells (d:7μm, with large nucleus T cells: (thymus derived: killer, helper, supressor etc.) B cells: plasma cells: antibody production; memory cells

Haemopoesis

Platelets (trombocytes) cell debris: containing secretory granules

Platelet

Blood clothing Blood clothing: chain reaction Factors: many factors are involved, most of them come from platelets protrombin (produced in the liver fibrinogen (globular, water soluble protein, produced in the liver fibrin: fibrillar proteins, water insoluble Injury of the blood vessels: chain reaction starts, Ca ion prersent

Blood clothing protrombin trombin Ca2+ fibrinogen fibrin

Immunresponse Cells: lymphocytes (T and B) T lymphocytes: killer, helper, supressor B lymphocytes: plasma cells (antibody production) memory cells antigen presenting cells: dendritic cells, macrophages

Antigen presenting cells

Dendritic cells

express antibody on their plasma membrane T lymphocytes: killer cells express antibody on their plasma membrane cellular immunresponse helper cells: secret interleukins humoral immunresponse: helper cells (T lymphocytes) plasma cells (B lymphocytes)

Cellular imune response: Natural killer cells

Humoral immune response

Blood vessels 3 layers: t. intima: endothel+subendothelial conn, tissue t. media: smooth muscle +elastic fibers t. adventitia: connective tissue internal elastic membrane external elastic membrane

Blood vessels

Aorta elastic fibers are the dominant in the t. media

Vein with valve Valves. t. intima

Artery and vein more muscle cells in the t. media

Small artery and vein

Arterioles, venules. capillaries Smooth muscle cells V A

Capillaries and venules

Röhlich Pál: Szövettan. Budapest, 1999 A szövettani képek a Humánmorfológiai és Fejlődésbiológiai Intézet gyűjteményéből származnak. Carola R, Harley JP, Noback CR: Human Anatomy & Physiology, McGraw-Hill Inc., USA, 1990 Wikipedia