Blood Type Booklet.

Slides:

Advertisements

Similar presentations

1 Antigens combine with antibodies to form antigen- antibody complexes Antigen Antibody Antigen-antibody complex.

Advertisements

Blood Types The Genetics of Blood Type.

Blood Groups/Types. Blood Group Terms Antigens: chemical structures imparting specific properties to the surface of the RBC Antibodies: protein substance.

Patterns of Inheritance. Dominant Vs. Recessive Dominant gene will always be displayed Recessive gene can “Skip” Generations Need 2 copies of recessive.

Blood Groups, Blood Typing and Blood Transfusions The discovery of blood groups Experiments with blood transfusions, the transfer of blood or blood components.

Intro Video Intro Video. Some blood facts The human body contains approximately 5 to 6L (men) and 4 to 5L (women) of blood Non- characteristic properties.

BLOOD. B LOOD T YPES AND B LOOD T RANSFUSIONS Class Starter: 1) What are the different blood types that exist? 2) What determines what type of blood you.

Blood Typing Lab Whodunit?.

Blood Type Warmup 1)Which blood type only has Rh antigens? 2)Which blood type only has B antigens? 3)Which blood type only has Rh antibodies? 4)Which blood.

AA or AO = Type A BB or BO = Type B OO = Type O AB = Type AB

Traits Controlled by Multiple Alleles Means that there is more than 2 alleles that control a trait. (3 or more alleles) Blood types are an example of multiple.

Blood Types Transfusion Cause = Reduction of the amount of blood from the body –Hemorrhage Effect = Adding blood from another person –Transfusion.

ABO Blood Grouping Blood Typing. ABO Basics Blood group antigens are actually sugars attached to the red blood cell. Antigens are “built” onto the red.

Blood components review What type of cell do you have the most of in your blood? What is the function of platelets? What 2 gases do RBCs carry? The decreased.

Blood Liquid tissue Liquid tissue 4 Components 4 Components Plasma = 55% Plasma = 55% RBC (erythrocytes) = 44% RBC (erythrocytes) = 44% WBC (leukocytes)

Multiple Alleles- Blood Typing. How common is your blood type? 46.1% 38.8% 11.1% 3.9%

Objective: SWBAT describe how to screen for the presence of human blood.

Blood Genetics Multiple Alleles - More than 2 alleles, BUT … A BO You will only inherit 2 of the 3 alleles.

CO-DOMINANT ALLELES: BLOOD TYPES.  BOTH alleles are expressed, even when the genotype is heterozygous  Both alleles are represented by capital lettersEX:

Chapter 11- Blood & Immunity

What is blood? Blood is a mixture of several different components that are responsible for circulating nutrients, gases, and wastes –It contains enzymes,

ABO Blood Types Chapter 14. Did someone say blood?

Genetics of Blood Types. Genotypes and Phenotypes Type A, Type B, Type AB and Type O blood are phenotypes. It is not always possible to tell the genotype.

Blood Types The gene for producing blood has three variants: - Blood cells include the A antigen - Blood cells include the B antigen - Blood cells have.

ABO Basics Blood group antigens are actually sugars attached to the red blood cell. Antigens are “built” onto the red blood cell. Individuals inherit a.

Do Now 2/10 Finish all of your blood type practice questions on the back of the notes from yesterday.

Multiple Alleles – Blood Type

Human Blood Types. A person’s blood type is controlled by the genes they inherit from their parents. The combination of genes inherited controls what.

IMMUNOLOGY OF ABO AND RH BLOOD TYPES. EACH BLOOD TYPE IS NAMED ACCORDING TO THE ANTIGENS ON ITS SURFACE.

BLOOD TYPING. BLOOD EVIDENCE  Blood typing is class evidence.  It does not prove guilt because many people share the same blood type.  However, it.

BLOOD TYPES. BLOOD TYPES have more than 2 allele choices = _________________________ The pattern of sugars that is attached is determined by genes Allele.

Hawler Medical University Clinical Analysis Department

Chapter 14 Chapter 14 Blood Groups. ABO Blood Group is determined from three alleles. ABO Blood Group is determined from three alleles. Type A Type A.

ANATOMY Unit 3 Notes: Blood Typing

CO-DOMINANT/MULTIPLE ALLELES: BLOOD TYPES

STEM Whodunit? Practice Lab

Blood Types. What makes one blood type different from another?  Different types of antigens on Red Blood Cells.

Hemoglobin vs Myoglobin Arterial: Venous: Muscles:

Red Blood Cells  Surface has “Markers” called Antigens.

Do Now: What’s your type?  Your blood type, that is!  Do you know it? (You might want to check your driver’s license if you don’t)  If you do not know.

Blood Types & Transfusions. Blood Transfusion The process of transferring blood from one body to another. – For 300 years doctors had tried this and more.

GENETICS Blood Type. Blood Cells Blood’s Composition.

Human Blood Groups Anatomy and Physiology. Blood Transfusions Loss of blood leads to constriction and cell formation Loss of 15-30% leads to pallor and.

The Circulatory System: Blood Types Human Bio 11.

Health Occupations.  Identify key terms: Antigen & Antibody  Identify 4 Blood Types ◦ Antigens Present ◦ Antibodies Present ◦ Blood type donation/reception.

Blood Types Probability

Blood Types The gene for producing blood has three variants:

Multiple Alleles Human Blood Types.

11 – Animal Physiology (HL) 11.1 – Antibody Production and Vaccination

Determining Your Blood Type

Multiple Alleles- Blood Typing

Blood typing – Multiple Allele Genetics at its best!

Blood Types A AB B O Antibody Phenotype Genotype Homozygous Recessive

Blood Typing Lab.

Blood Types Codominance/Complete Dominance

Section 14.1 & 14.2 Review.

Blood Type and Multiple Alleles

Blood typing – Multiple Allele Genetics at its best!

Blood Type 3 Alleles for blood type: A, B, O

Blood Type and Multiple Alleles

Multiple Alleles Three or more alleles of the same gene that code for a single trait. ABO & Rh blood groups are examples.

Presentation transcript:

Blood Type Booklet

O A B AB Blood Type ____ A+ A and RH B No A+, AB+ A+, A-, O+ and O- Each page needs the following information: Blood Type Has Antigen Antibody A+ A RH B A- A B RH B+ B RH B- AB+ A & B & RH None AB - A & B None, but RH O+ O - Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _______________________________ Can Receive from: A+ Can develop Can develop A and RH A B O AB B No Can develop if exposed to RH protein A+, AB+ Rh +  Can receive + or - Rh -  Can only receive - A+, A-, O+ and O-

O A B AB Blood Type ____ Each page needs the following information: Has Antigen Antibody A+ A RH B A- A B RH B+ B RH B- AB+ A & B & RH None AB - A & B None, but RH O+ O - Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _______________________________ Can Receive from: Can develop Can develop A B O AB Can develop if exposed to RH protein Rh +  Can receive + or - Rh -  Can only receive -

Blood Type ____ Blood Type ____ Blood Type ____ Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _____________________________ Can Receive from: Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _____________________________ Can Receive from: Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _____________________________ Can Receive from: Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _____________________________ Can Receive from: Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _____________________________ Can Receive from: Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _____________________________ Can Receive from: Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _____________________________ Can Receive from: Blood Type ____ Has ___________ antigens Has ___________ antibodies Can Develop _____ antibodies (only for RH-) Can Give to: _____________________________ Can Receive from: