Strong Bones Gene Normal Person Strong Bones Chromosome Pair 12

Slides:



Advertisements
Similar presentations
6-2 Human Genetic Disorders
Advertisements

DO NOW The allele B carries the trait for blue body color. The allele b carries the trait for pink body color. Cross Bb and BB.
Main Function: hormones into the blood It releases hormones into the blood to signal other cells to behave in certain ways. It is a slow but WIDESPREAD.
GLUCOSE.
The Carbohydrates: Sugars, Starches, and Fiber Unit #4.
Regulating Blood Sugar Islets of Langerhans groups of cells in the pancreas beta cells produce insulin alpha cells produce glucagon.
YOU – IN YOUR FIRST 12 HOURS. YOU – IN YOUR FIRST THREE DAYS.
DOMINANT AND RECESSIVE TRAITS January 22, 2015 These terms occur very often in the study of genetics. This lecture will deal these topics to give you an.
The Endocrine System Chapter 18. Lesson 1.
The control of blood sugar 1. Blood sugar levels are higher than normal after a meal is digested. 2.
By: Amber Booker and Jessica Martin. -The pancreas is at the back of the abdomen, lying beneath the stomach - It is connected to the small intestine at.
Patterns of Inheritance. 1. Polygenic traits -Traits controlled by many genes ex. Skin color: 6 genes control the amount of melanin produced more melanin.
5.2.  Differences or variation in DNA are what makes us different from each other!  Each human cell contains 46 chromosomes  Each cell has 3 billion.
DOMINANT AND RECESSIVE TRAITS January 23, 2014
TOPIC THREE Genetic Continuity. A. Humans have 46 chromosomes, or 23 homologous pairs. A. Humans have 46 chromosomes, or 23 homologous pairs.
What is... Gene Therapy?. Genes Specific sequence of bases that encode instructions on how to make genes. Genes are passed on from parent to child. When.
SCIENCE EXIT PROJECT DIABETES JARED W. CORE 3.
CHANGES IN DNA CAN PRODUCE VARIATIONS
Each arrow in the diagram represents a different hormone released by the pituitary gland, which then stimulates another gland as indicated. All structures.
Topic 3.4.  14 Explain how a phenotype is the result of an interaction between genotype and the environment (e.g. animal hair colour, human height, monoamine.
Nature vs. Nurture Does the environment affect the traits of an organism?
Date: March 8, 2016 Aim #59: How can chromosomal abnormalities cause genetic disorders? HW: 1)Complete Pedigree Packet 2)Classical Genetics Quiz Thursday.
 Insulin is a peptide hormone released by beta cells when glucose concentrations exceed normal levels (70–110 mg/dL).  The effects of insulin on its.
Complex Inheritance of Human Traits. Codominance With codominance, a cross between organisms with two different phenotypes produces offspring with a third.
DIABETES STORY LSSI Alum, 2015 Shawn Hurley, San Diego Miramar College.
How are Genes Regulated? DNA is present in (almost) all cells. – An exception: RBC Do all genes need to be transcribed into mRNA at the same time in each.
; ; ; Phenotypic Pigmentation The Genetics of. What factors contribute to phenotypic color variation? A. Environment B. Genetics C. Neither D. Both E.
Biology 520 Mendelian Genetics – Chapter 11. Mendel’s technique – fig and 2 p A. Gregor Mendel’s early experiments with peas.
Cystic Fibrosis By:YaYPhineas(Edward). What is Cystic Fibrosis? A genetic disorder that affects your digestive and respiratory system You inherit a defective.
Control of Blood Sugar Diabetes Mellitus.
Disorder, Cause, and Result
By: Alex, Garrett, Audrey, and Tory
Single Gene Inheritance
Human Genetic Disorders
Lecture 44 – Lecture 45 Basic Patterns of Human Inheritance Ozgur Unal
Genetics of Type 1 Diabetes
Biology ( ) Cancer.
Introduction to Health Science
Notes: Nature Vs. nurture
Unit 3.
What is ... Gene Therapy?.
Genes Genes play an important role in our physical appearance.
Chapters 6 and 7; Patterns of Heredity
Regulating Blood Sugar
Genetics Since Mendel Page 2
The Human Genome Chapter 14.
By Chrissy and Kellianne
Metabolic Pathways (b)
Evolution of populations
Evolution of populations
How does the ENVIRONMENT affect the traits of organisms?
Changes in DNA that affect genetic information
DNA, Chromosomes & Genes
2.1. What is Diabetes? Name of PowerPoint Name of Course
12/30/2018 OSTEOPOROSIS.
KEY CONCEPT Genes encode proteins that produce a diverse range of traits.
Warm Up Prepare to text your responses. Mrs. Lloyd’s code:
Inheritance Make sure you revise: Mitosis - cell division
Human Genetics 1.
This tobacco plant has been genetically altered so that it contains a firefly gene, which makes it glow. Define genetic engineering in your own words.
Genetics disorders.
Environmental Expression
Key Concepts What are two major causes of genetic disorders in humans?
Diet, insulin and blood glucose
Hormones that Affect Blood Sugar
Chapter 12 Table of Contents Section 1 Chromosomes and Inheritance
Investigation 2 Part 2 Vocabulary
ENDOCRINE SYSTEM pp
Does the environment affect the traits of an organism?
6.6 Hormones and homeostasis
Presentation transcript:

Strong Bones Gene Normal Person Strong Bones Chromosome Pair 12 The DNA of an extended Connecticut family has yielded a possible target for the treatment and prevention of osteoporosis, according to Yale scientists who reported their findings in May. Members of this family carry a genetic mutation that causes high bone density…

High-Risk for Alzheimer’s Alzheimer’s Gene Normal Person High-Risk for Alzheimer’s Chromosome Pair 14 Chromosome Pair 14 A family of Finnish descent with very-early-onset Alzheimer's disease has been identified. Genetic analysis of this family suggested a locus on Chromosome Pair 14 between D14S52 and D14S55. The early age at onset of the disease suggests…

Metabolism Gene Normal Person Fast Metabolism Chromosome Pair 2 A gene controlling the production of glucagon has been found on Chromosome Pair 2. Glucagon is a hormone produced by the pancreas. It works to raise the concentration of glucose and fat in the bloodstream.

Eye-Color Gene Brown Eyes Blue Eyes Chromosome Pair 15 A particular region on Chromosome Pair 15 plays a major role in eye color. Within this region, there are two genes that control the amount of melanin (a brown protein) present in your eyes. And of course, less melanin leads to blue eyes instead of brown!

Foot-Size Gene Normal Feet Small Feet Chromosome Pair 4 A genetic disorder affecting Chromosome Pair 4 has been associated with small feet, among other more serious symptoms. It is unclear, but most scientists agree that a trait like foot size would be polygenic.

Asthma Gene No Asthma Asthma Chromosome Pair 5 Chromosome Pair 5 There are more than five chromosomal regions linked with asthma. The relative roles of genes at these locations are not clear, but genes on Chromosome Pair 5 are promising areas for investigation. Asthma is a chronic lung disease that causes the lining of a person's airways to swell, tighten and inflame when exposed to different irritants or triggers.

The Thrill-Seeking Gene Normal Person Thrill-Seeker Chromosome Pair 11 Chromosome Pair 11 A 1998 study by UCLA discovered a gene associated with thrill-seeking located on Chromosome Pair 11. The gene seems to code for dopamine receptors that absorb the types of “pleasure chemicals” usually released during high-risk activities.

Diabetes Gene Normal Person Type 1 Diabetes Chromosome Pair 7 About 10 locations in the human genome have now been found that seem to confer susceptibility to Type 1 diabetes. Among these is the gene for glucokinase (GCK), an enzyme that is key to glucose metabolism, which helps modulate insulin secretion, found on Chromosome Pair 7.

Lactose-Intolerance Gene Normal Person Lactose Intolerant Chromosome Pair 20 Chromosome Pair 20 Lactose intolerance is a disorder whereby a person cannot digest lactose, which is a common compound found in dairy products. No milk, no cheese, and worst of all, no ice cream. Scientists are not exactly sure what genes cause lactose intolerance… so help them out!

Skin-Color Gene Light Skin Dark Skin Chromosome Pair 16 There are likely multiple genes that control skin color. But there is a gene which controls the cells that produce melanin called MC1R. It directs the synthesis of the melanocortin-stimulating hormone receptor, and is found on Chromosome Pair 16. MC1R is therefore a major contributor to skin color.

Long-Legs Gene Normal Person Long Legs Chromosome Pair 10 Height is polygenic. There are many, many genes that decide how tall you are. But some of those genes, particularly those that control leg length, may be found on Chromosome Pair 10…