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Food Phenyalanine enzymel Tyrosine normal pigment for hair, skin &eye color (Absence of pigment leads to albinism) enzyme2 melanin protein a- Pick out the involved protein & the abnormal phenotype due to its absence. b- Formulate two hypotheses at the origin of this abnormality. c- We inject the albino person by tyrosine i- If the albino recovered his pigment then the problem was in:.. ii- If the albino couldn't recover his pigment then the problem was in:...

Food Phenyalanine enzymel Tyrosine normal pigment for hair, skin &eye color (Absence of pigment leads to albinism) enzyme2 melanin protein a- Pick out the involved protein & the abnormal phenotype due to its absence. b- Formulate two hypotheses at the origin of this abnormality. c- We inject the albino person by tyrosine i- If the albino recovered his pigment then the problem was in:.. ii- If the albino couldn't recover his pigment then the problem was in:...

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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* Objective: So in order to prove the relation between proteins & phenotypes, we examine the origin of BioGuide 11 Scientific-O Version 8'-Raed Moanna- Bastam t normal pigment for hair, skin &eye color (Absence of pigment leads to albinism) • Phenotypes & Proteins Act- 1- Proteins Trait Phenotype Amino acid -Antigen : HLA / Blood group -Pigment: skin /hair /eye colofs DNA mRNA It is the set o hidden or visible Cellular or By Transcription By Translation functional By DNA replication CIRON charactenSh following phenotypic abnormalities (diseases) 1. Functional Proteins Food Phenyalanine enzymel Тугosine enzyme2 melanin protein a- Pick out the involved protein & the abnormal phenotype due to its absence. b- Formulate two hypotheses at the origin of this abnormality. c- We inject the albino person by tyrosine i- If the albino recovered his pigment then the problem was in:.. ii- If the albino couldn't recover his pigment then the problem was in:.. 2. Cellular Proteins Muscle cells produce dystrophine protein interferes in the structural constitution of mue fibers. Absence of dystrophine protein →Weak muscle fibers → atrophy of muscles →leading to musela paralysis, It is called: Duchene Muscular Dystrophy (DMD) (Myopathy): d- Pick out the involved protein & the abnormal phenotype resulted from it. e- Formulate a hypothesis at the origin of this abnormality. Normal RBC → Produces hemoglobin protein HBA → binds &transports respiratory gases. Affected RBC → Produces hemoglobin HBS → Can't binds & transports respiratory gases. HBS differs in 1 amino acid from HBA. It becomes insoluble and accumulates (precipitates) in the cytoplasm of RBC's leading to their distortion (deformation) & hence their destruction. This case is diagnosed as: Sickle cell anemia. Normal red blood cell Formation of sickled red blood cell Sicklednt blood al f- Pick out the abnormal protein & the abnormal phenotype resulted from it. g- Formulate a hypothesis at the origin of this abnormality. Proteins that affect Phenotype
Transcribed Image Text:* Objective: So in order to prove the relation between proteins & phenotypes, we examine the origin of BioGuide 11 Scientific-O Version 8'-Raed Moanna- Bastam t normal pigment for hair, skin &eye color (Absence of pigment leads to albinism) • Phenotypes & Proteins Act- 1- Proteins Trait Phenotype Amino acid -Antigen : HLA / Blood group -Pigment: skin /hair /eye colofs DNA mRNA It is the set o hidden or visible Cellular or By Transcription By Translation functional By DNA replication CIRON charactenSh following phenotypic abnormalities (diseases) 1. Functional Proteins Food Phenyalanine enzymel Тугosine enzyme2 melanin protein a- Pick out the involved protein & the abnormal phenotype due to its absence. b- Formulate two hypotheses at the origin of this abnormality. c- We inject the albino person by tyrosine i- If the albino recovered his pigment then the problem was in:.. ii- If the albino couldn't recover his pigment then the problem was in:.. 2. Cellular Proteins Muscle cells produce dystrophine protein interferes in the structural constitution of mue fibers. Absence of dystrophine protein →Weak muscle fibers → atrophy of muscles →leading to musela paralysis, It is called: Duchene Muscular Dystrophy (DMD) (Myopathy): d- Pick out the involved protein & the abnormal phenotype resulted from it. e- Formulate a hypothesis at the origin of this abnormality. Normal RBC → Produces hemoglobin protein HBA → binds &transports respiratory gases. Affected RBC → Produces hemoglobin HBS → Can't binds & transports respiratory gases. HBS differs in 1 amino acid from HBA. It becomes insoluble and accumulates (precipitates) in the cytoplasm of RBC's leading to their distortion (deformation) & hence their destruction. This case is diagnosed as: Sickle cell anemia. Normal red blood cell Formation of sickled red blood cell Sicklednt blood al f- Pick out the abnormal protein & the abnormal phenotype resulted from it. g- Formulate a hypothesis at the origin of this abnormality. Proteins that affect Phenotype
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