Biology Questions

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When we determine the evolutionary relationship between different primates we use their physical traits If some of those primates are have fully enclosed eye orbits full post orbital wall and some of them don t then this would be considered a shared derived trait useful for understanding evolutionary relationships a unique trait a convergent trait O a homologous or ancestral trait not useful here
Biology
Ecology - General
When we determine the evolutionary relationship between different primates we use their physical traits If some of those primates are have fully enclosed eye orbits full post orbital wall and some of them don t then this would be considered a shared derived trait useful for understanding evolutionary relationships a unique trait a convergent trait O a homologous or ancestral trait not useful here
As mammals we have several different types of teeth in our mouth Mark all the types of teeth that mammals and thus primates have molars incisors canines Opremolars postmolars prongs
Biology
Animal Kingdom
As mammals we have several different types of teeth in our mouth Mark all the types of teeth that mammals and thus primates have molars incisors canines Opremolars postmolars prongs
12 Consider this question If the mass of the car is kept constant how will increasing the applied force affect the distance the car travels Write a hypothesis based on this question 2 points 13 Identify the dependent variable independent variable and constant for this experiment 2 points Already done for you independent variable the applied force dependent variable the distance the car moves
Biology
The Living World
12 Consider this question If the mass of the car is kept constant how will increasing the applied force affect the distance the car travels Write a hypothesis based on this question 2 points 13 Identify the dependent variable independent variable and constant for this experiment 2 points Already done for you independent variable the applied force dependent variable the distance the car moves
8 7 6 QUESTIONS 3 9 Identify the labeled respiratory muscles and for each indicate whether it is an inspiratory EST 4 5 Muscle 3 Inspiratory Expiratory 13 Ju 3 4 5 oliq dainW 6 8 9
Biology
Human Physiology - Locomotion & Movement
8 7 6 QUESTIONS 3 9 Identify the labeled respiratory muscles and for each indicate whether it is an inspiratory EST 4 5 Muscle 3 Inspiratory Expiratory 13 Ju 3 4 5 oliq dainW 6 8 9
Body temperature C Posture 35 30 6 5 4 3 2 1 0 22 Three toed sloths Bradypus variegatus are placental mammals that live in trees in Central and South America They eat leaves and fruit and get almost all their water from succulent plants 22 Three toed sloths change their body posture in response to the temperature of their environment ambient temperature Researchers assessed posture on a scale from 1 to 6 with 1 being when the sloth was curled into a tight ball and 6 when it had all limbs spread The percentage of time the sloths were observed in each position was recorded at ambient temperatures from 22 C to 34 C The researchers also measured the body temperature of the sloths over the same range of ambient temperatures 100 6543 2 1 24 0 100 24 3 2 1 26 28 30 Ambient temperature C 0 100 6 5 4 3 1 2 1 1 0 100 6 5 4 3 2 1 0 100 32 T 26 30 28 Ambient temperature C 5 4 13 0 2 0 2 1 1 0 0 100 32 exstri 4 34 100 34
Biology
The Living World
Body temperature C Posture 35 30 6 5 4 3 2 1 0 22 Three toed sloths Bradypus variegatus are placental mammals that live in trees in Central and South America They eat leaves and fruit and get almost all their water from succulent plants 22 Three toed sloths change their body posture in response to the temperature of their environment ambient temperature Researchers assessed posture on a scale from 1 to 6 with 1 being when the sloth was curled into a tight ball and 6 when it had all limbs spread The percentage of time the sloths were observed in each position was recorded at ambient temperatures from 22 C to 34 C The researchers also measured the body temperature of the sloths over the same range of ambient temperatures 100 6543 2 1 24 0 100 24 3 2 1 26 28 30 Ambient temperature C 0 100 6 5 4 3 1 2 1 1 0 100 6 5 4 3 2 1 0 100 32 T 26 30 28 Ambient temperature C 5 4 13 0 2 0 2 1 1 0 0 100 32 exstri 4 34 100 34
he scattergraph shows the genome sizes of four Enterococcus species Genome size bp 0 2x 106 4 x 106 Key E columbae O E faecium O E faecalis E pallens What can be concluded about the 6x 106 genomes in Enterococcus A E pallens has the greatest number of genes B E faecalis and E faecium have the same mean number of genes C The total genetic information in Enterococcus is constant within each species D E pallens has more DNA than E columbae
Biology
The Living World
he scattergraph shows the genome sizes of four Enterococcus species Genome size bp 0 2x 106 4 x 106 Key E columbae O E faecium O E faecalis E pallens What can be concluded about the 6x 106 genomes in Enterococcus A E pallens has the greatest number of genes B E faecalis and E faecium have the same mean number of genes C The total genetic information in Enterococcus is constant within each species D E pallens has more DNA than E columbae
The table compares ribosomal RNA rRNA sequences of two organisms from each of the thre domains by showing an association coefficient The more similar the rRNA sequences of the organisms the larger the coefficient S cerevisiae S cerevisiae L minor E Coli B firmus M ruminantium M barkeri L minor E Coli 0 29 0 05 0 10 1 B firmus 0 08 0 06 0 25 A L minor and E coli are both eubacteria B S cerevisiae and M barkeri are in the same domain M ruminantium is an archaean therefore so is B firmus D E coli and B firmus are in the same domain M ruminantium 0 11 0 10 0 12 0 13 M barke 0 08 0 07 0 12 0 12 0 24
Biology
Microbes in Human Welfare
The table compares ribosomal RNA rRNA sequences of two organisms from each of the thre domains by showing an association coefficient The more similar the rRNA sequences of the organisms the larger the coefficient S cerevisiae S cerevisiae L minor E Coli B firmus M ruminantium M barkeri L minor E Coli 0 29 0 05 0 10 1 B firmus 0 08 0 06 0 25 A L minor and E coli are both eubacteria B S cerevisiae and M barkeri are in the same domain M ruminantium is an archaean therefore so is B firmus D E coli and B firmus are in the same domain M ruminantium 0 11 0 10 0 12 0 13 M barke 0 08 0 07 0 12 0 12 0 24
Which process results in decreased variation A Meiosis B Mutation C Sexual reproduction D Natural selection
Biology
Evolution
Which process results in decreased variation A Meiosis B Mutation C Sexual reproduction D Natural selection
The image shows a human karyogram X XXK 1ampal From which person was the karyogram obtained A A female with Down syndrome K XA male D A male without Down syndrome B A female without Down syndrome A male with Down syndrome V
Biology
Principles of Inheritance & Variation (Genetics)
The image shows a human karyogram X XXK 1ampal From which person was the karyogram obtained A A female with Down syndrome K XA male D A male without Down syndrome B A female without Down syndrome A male with Down syndrome V
What is a recognition feature for both of the plant phyla indicated du Filicinophyta Angiospermophyta A B C D S Produce seeds Produce spores No vascular tissue Vascular tissue Produce seeds Produce flowers Vascular tissue Produce spores
Biology
Biological Classification
What is a recognition feature for both of the plant phyla indicated du Filicinophyta Angiospermophyta A B C D S Produce seeds Produce spores No vascular tissue Vascular tissue Produce seeds Produce flowers Vascular tissue Produce spores
Which statement best describes how evolution occurs A Species which produce the most offspring are favoured by natural selection B Mutations in somatic cells are passed on to offspring C Natural selection decreases the frequency of unfavourable characteristics D Changes in species lead towards greater complexity over time
Biology
Evolution
Which statement best describes how evolution occurs A Species which produce the most offspring are favoured by natural selection B Mutations in somatic cells are passed on to offspring C Natural selection decreases the frequency of unfavourable characteristics D Changes in species lead towards greater complexity over time
Which is an example of evolution by selective breeding A Selection of prey animals that can run faster than their predators B The variation in the size of different breeds of dogs C The tendency during breeding for birds to produce more offspring than will surv D Some female spiders only breeding with males which make the right signals
Biology
Biomolecules
Which is an example of evolution by selective breeding A Selection of prey animals that can run faster than their predators B The variation in the size of different breeds of dogs C The tendency during breeding for birds to produce more offspring than will surv D Some female spiders only breeding with males which make the right signals
The most complex and important part of a cell is arguably the transmembrane proteins ribosomes cell membrane as a whole surface proteins
Biology
Cell: The Unit of Life
The most complex and important part of a cell is arguably the transmembrane proteins ribosomes cell membrane as a whole surface proteins
Question 4 Which of the following regulatory elements are Cis acting DNA methylation O Transcription factors TATA box miRNA Euchromatin Question 5 20 pt 20 pi
Biology
Biotechnology & its Applications
Question 4 Which of the following regulatory elements are Cis acting DNA methylation O Transcription factors TATA box miRNA Euchromatin Question 5 20 pt 20 pi
O miRNA Histone modification factors Question 3 Methylation is involved with DNA that does not have coding regions O True O False 10 pts Question 4 20 pts
Biology
Molecular Basis of Inheritance
O miRNA Histone modification factors Question 3 Methylation is involved with DNA that does not have coding regions O True O False 10 pts Question 4 20 pts
Question 6 Which of the following sentences are correct about regulation of gene expression in Eukaryotes O gene expression might vary across different cell types tissues 20 pts O gene regulation in eukaryotes is more complex than in prokaryotes regulation in eukaryotes depends on activation inactivation of the Operon region O gene regulation in eukaryotes have cis and trans regulatory elements controlling gene expression gene regulation in eukaryotes only occurs
Biology
Principles of Inheritance & Variation (Genetics)
Question 6 Which of the following sentences are correct about regulation of gene expression in Eukaryotes O gene expression might vary across different cell types tissues 20 pts O gene regulation in eukaryotes is more complex than in prokaryotes regulation in eukaryotes depends on activation inactivation of the Operon region O gene regulation in eukaryotes have cis and trans regulatory elements controlling gene expression gene regulation in eukaryotes only occurs
Question 5 What is DNA methylation Modifications that control DNA transcription typically due to environmental factors 20 pts Recent mutations inherited in the DNA Genomic regions that control the expression of distal genes O Modifications of the N terminal tails of histones during translation
Biology
Molecular Basis of Inheritance
Question 5 What is DNA methylation Modifications that control DNA transcription typically due to environmental factors 20 pts Recent mutations inherited in the DNA Genomic regions that control the expression of distal genes O Modifications of the N terminal tails of histones during translation
FITB 1 pt Using the E value method calculate the quantity of NaCl in g required to prepare the following prescription Rx Proparacaine HCI Benzalkonium Chloride Sodium Chloride Sterile Water Make isoton soln Answers 1 1 1 1 0 02 qs Answer 1 g Round to 3 significant figures qs 150 mL
Biology
The Living World
FITB 1 pt Using the E value method calculate the quantity of NaCl in g required to prepare the following prescription Rx Proparacaine HCI Benzalkonium Chloride Sodium Chloride Sterile Water Make isoton soln Answers 1 1 1 1 0 02 qs Answer 1 g Round to 3 significant figures qs 150 mL
Ecological Succession Use information you have gained from the Ecological Succession reading to help you fill in the boxes below Primary Succession Secondary Succession homew Define it Exemplify it Circle whether each example is an example of primary succession or secondary succession The growth of weeds in an area after a forest fire The growth of pioneer plants where lava has cooled and hardened The growth of Date and crops primary succession primary succession primary succession Activity L secondary succession secondary succession secondary succession
Biology
Human Physiology - Locomotion & Movement
Ecological Succession Use information you have gained from the Ecological Succession reading to help you fill in the boxes below Primary Succession Secondary Succession homew Define it Exemplify it Circle whether each example is an example of primary succession or secondary succession The growth of weeds in an area after a forest fire The growth of pioneer plants where lava has cooled and hardened The growth of Date and crops primary succession primary succession primary succession Activity L secondary succession secondary succession secondary succession
Y Part A Which structures are highlighted Dorsal roots of spinal cord Submit Previous Answers Request Answer
Biology
The Living World
Y Part A Which structures are highlighted Dorsal roots of spinal cord Submit Previous Answers Request Answer
Anterior roots of spinal nerves are functionally
Biology
The Living World
Anterior roots of spinal nerves are functionally
B A Identify the structure labeled G C D E F E F G H
Biology
The Living World
B A Identify the structure labeled G C D E F E F G H
12 13 14 8 11 15 10 Labeling Activity 1 1 2 9 3 5 17 16 18 31 area 30 29 28 area 27 area 26 22 19 23 24 21 25 20 1 2 3 4 5 6 7 22 23 24 25 26 27 28 29 30 31 8 9 10 11 12 13 14 15 16 17 18 19 20 21 liver
Biology
The Living World
12 13 14 8 11 15 10 Labeling Activity 1 1 2 9 3 5 17 16 18 31 area 30 29 28 area 27 area 26 22 19 23 24 21 25 20 1 2 3 4 5 6 7 22 23 24 25 26 27 28 29 30 31 8 9 10 11 12 13 14 15 16 17 18 19 20 21 liver
The end of a linear chromosome is shown below DNA The hTERC the human Telomere RNA component that resides within the human telomeric protein oval hTR is also depicted Combined the hTR and the hTERC comprise the ribonucleo protein that is Telomerase 1 Name a gene that if inactivated could lead to immortalization of cells and how would accomplish that 2 Name a gene that if over activated could lead to the immortalization of cells and how would accomplish that 3 Redraw the linear chromosome with two additional telomeric repeated added to it Please underline bold color the new additions differently form the sequence and differently from each other so it can be differentiated from the existing sequence 3 hTERC 5 GGTTAGGGTTAGGGTTAG 3 3 CCAAT 5
Biology
The Living World
The end of a linear chromosome is shown below DNA The hTERC the human Telomere RNA component that resides within the human telomeric protein oval hTR is also depicted Combined the hTR and the hTERC comprise the ribonucleo protein that is Telomerase 1 Name a gene that if inactivated could lead to immortalization of cells and how would accomplish that 2 Name a gene that if over activated could lead to the immortalization of cells and how would accomplish that 3 Redraw the linear chromosome with two additional telomeric repeated added to it Please underline bold color the new additions differently form the sequence and differently from each other so it can be differentiated from the existing sequence 3 hTERC 5 GGTTAGGGTTAGGGTTAG 3 3 CCAAT 5
Picture Are the forces balanced or unbalanced What is the NET force What direction is the NET force acting Balanced Unbalanced 25 N ON 25 N 10 N r 25N 25 N 50 N 25 N r 1 1 I 35N To the right 25 N To the left
Biology
Biomolecules
Picture Are the forces balanced or unbalanced What is the NET force What direction is the NET force acting Balanced Unbalanced 25 N ON 25 N 10 N r 25N 25 N 50 N 25 N r 1 1 I 35N To the right 25 N To the left
1 What websites did you use to find meteorites for sale 2 How do you know the meteorites are real What is the policy or statement of authenticity Number Name Price Type of meteorite Where found Size and other details nohy 4 and list their characteristics 1 2 4 Which meteorite out of the 4 do you like the best and why 6 Add 2 cool meteorite pictures below 3 Table 3 4 5 If you were given lots of money to buy an expensive meteorite which one would you buy and why Describe it below
Biology
Ecology - Environmental Issues
1 What websites did you use to find meteorites for sale 2 How do you know the meteorites are real What is the policy or statement of authenticity Number Name Price Type of meteorite Where found Size and other details nohy 4 and list their characteristics 1 2 4 Which meteorite out of the 4 do you like the best and why 6 Add 2 cool meteorite pictures below 3 Table 3 4 5 If you were given lots of money to buy an expensive meteorite which one would you buy and why Describe it below
3 A a da verilen molek llerden hangisi hidroliz tep kimelerinin r n olamaz A Fruktoz BY Amino asit CY Ya asidi DKarbondioksit E Glikoz
Biology
Biomolecules
3 A a da verilen molek llerden hangisi hidroliz tep kimelerinin r n olamaz A Fruktoz BY Amino asit CY Ya asidi DKarbondioksit E Glikoz
What is the phenotype ratio of the following cross BbYy X BbYy 4 1 9 3 3 1 2 2
Biology
Principles of Inheritance & Variation (Genetics)
What is the phenotype ratio of the following cross BbYy X BbYy 4 1 9 3 3 1 2 2
Acute toxicity fatal or toxic Acute toxicity harmful Aquatic toxicity Carcinogen Corrosive to metals Explosives Eye damage Flammables Gases under pressure Irritant skin and eye to the correct GHS category Choose Choose Choose Choose Choose Choose Choose Choose Choose Choose
Biology
Cell: The Unit of Life
Acute toxicity fatal or toxic Acute toxicity harmful Aquatic toxicity Carcinogen Corrosive to metals Explosives Eye damage Flammables Gases under pressure Irritant skin and eye to the correct GHS category Choose Choose Choose Choose Choose Choose Choose Choose Choose Choose
Describe each ART ELEMENT that you see in the artwork Start with the most prominent element and how that element is primarily used in the artwork Provide specific examples and include as many as you can For full credit answer at least 4 of the following questions with a minimum of one complete sentence each Elaborate on your answers as necessary for a thorough description 1 LINES Do you see lines What kind of lines Vertical horizontal curved straight thick thin long short etc 2 SHAPES Do you see shapes What kind of Shapes Circular square triangular biomorphic shapes of specific objects etc 3 TEXTURE Do you seek texture What kind of texture Rough shiny wood skin water dots stripes etc 4 VALUES Light and Dark Do you see lights and darks What do they look like Light dark medium high contrast blended etc 5 COLORS Do you see color Bright dull red yellow blue black white etc Section 3 Design Qualities 25 points
Biology
The Living World
Describe each ART ELEMENT that you see in the artwork Start with the most prominent element and how that element is primarily used in the artwork Provide specific examples and include as many as you can For full credit answer at least 4 of the following questions with a minimum of one complete sentence each Elaborate on your answers as necessary for a thorough description 1 LINES Do you see lines What kind of lines Vertical horizontal curved straight thick thin long short etc 2 SHAPES Do you see shapes What kind of Shapes Circular square triangular biomorphic shapes of specific objects etc 3 TEXTURE Do you seek texture What kind of texture Rough shiny wood skin water dots stripes etc 4 VALUES Light and Dark Do you see lights and darks What do they look like Light dark medium high contrast blended etc 5 COLORS Do you see color Bright dull red yellow blue black white etc Section 3 Design Qualities 25 points
Which steps of the citric acid cycle correspond to each stage Drag the appropriate items to their respective bins step 1 step 2 The first stage step 3 step 4 step 5 step 6 The second stage Reset He step 7 step 8
Biology
The Living World
Which steps of the citric acid cycle correspond to each stage Drag the appropriate items to their respective bins step 1 step 2 The first stage step 3 step 4 step 5 step 6 The second stage Reset He step 7 step 8
For each statement choose whether it applies to rods or cones 1000 do not work in the dark yield color vision give high resolution vision yield black and white vision cannot work in bright light present at the fovea centralis yield fuzzy vision 1 rods 2 cones
Biology
Human Physiology - Neural Control & Coordination
For each statement choose whether it applies to rods or cones 1000 do not work in the dark yield color vision give high resolution vision yield black and white vision cannot work in bright light present at the fovea centralis yield fuzzy vision 1 rods 2 cones
List the optic pathway components in order as visual information moves from the retina to the visual cortex optic radiation optic chiasm optic tract optic nerve
Biology
Strategies for Enhancement in Food Production
List the optic pathway components in order as visual information moves from the retina to the visual cortex optic radiation optic chiasm optic tract optic nerve
A reaction with a AG of 1 6 is endergonic and work needs to be done in order for the reaction to proceed exergonic and work can be done with energy released from the reaction endergonic and work can be done with energy released from the reaction exergonic and work needs to be done for the reaction to proceed
Biology
Plant Physiology - Growth & Development
A reaction with a AG of 1 6 is endergonic and work needs to be done in order for the reaction to proceed exergonic and work can be done with energy released from the reaction endergonic and work can be done with energy released from the reaction exergonic and work needs to be done for the reaction to proceed
Question 9 The oxygen used during aerobic respiration phosphorylates ATP attracts electrons forms CO2 moves protons
Biology
Plant Physiology - Transportation
Question 9 The oxygen used during aerobic respiration phosphorylates ATP attracts electrons forms CO2 moves protons
The hydrolysis breakdown of ATP to ADP is a n reaction unfavorable exergonic endergonic
Biology
Plant Physiology - Photosynthesis
The hydrolysis breakdown of ATP to ADP is a n reaction unfavorable exergonic endergonic
As an electron moves closer to oxygen in the electron transport system the electron s free energy increal es stays the same equilibrates
Biology
Ecology - Organisms & Population
As an electron moves closer to oxygen in the electron transport system the electron s free energy increal es stays the same equilibrates
In eukaryotes the electron transport chain is located in the outer membrane of the mitochondrion inner mitochondrial membrane cytoplasm of the cell mitochondrial matrix
Biology
Anatomy of Flowering Plants
In eukaryotes the electron transport chain is located in the outer membrane of the mitochondrion inner mitochondrial membrane cytoplasm of the cell mitochondrial matrix
Question 7 The oxidizing agent during glycolysis is NAD pyruvate NADH
Biology
Plant Physiology - Photosynthesis
Question 7 The oxidizing agent during glycolysis is NAD pyruvate NADH
ATP performs work by direct transfer of a phosphate group breaking down completely into all of its component parts releasing a sugar molecule to its surroundings hydrolyzing the molecule it is acting on
Biology
Human Physiology - Breathing & Exchange of Gases
ATP performs work by direct transfer of a phosphate group breaking down completely into all of its component parts releasing a sugar molecule to its surroundings hydrolyzing the molecule it is acting on
D Question 2 How many total molecules of ATP are produced during glycolysis 01 2 0
Biology
Anatomy of Flowering Plants
D Question 2 How many total molecules of ATP are produced during glycolysis 01 2 0
Substrate level phosphorylation describes the synthesis of ATP by build up of hydrogen ions across a membrane how ATP drives the work of the cell the direct synthesis of ATP from a phosphorylated substrate how ATP is produced by oxidative phosphorylation
Biology
Plant Physiology - Transportation
Substrate level phosphorylation describes the synthesis of ATP by build up of hydrogen ions across a membrane how ATP drives the work of the cell the direct synthesis of ATP from a phosphorylated substrate how ATP is produced by oxidative phosphorylation
What healthcare or community setting would you most prefer to enter as a Personal Support Worker Provide details What additional education would you like to engage in to enhance your Personal Support Worker capabilities and knowledge Provide details and reasoning Are you considering further post secondary education explain
Biology
Biotechnology & its Applications
What healthcare or community setting would you most prefer to enter as a Personal Support Worker Provide details What additional education would you like to engage in to enhance your Personal Support Worker capabilities and knowledge Provide details and reasoning Are you considering further post secondary education explain
18 Species diversity in arthropods was studied in a certain location Data on the impacts on species diversity from organic versus conventional agriculture are provided in the table Arthropod Type Carabids Arachnids Myriapods Hemipterans Species Diversity Number of Species Conventional Agriculture 10 8 48 17 Organic Agriculture 13 9 52 19 Judging by percentage increase which arthropod type provides the strongest evidence for the claim that organic agriculture results in greater species diversity
Biology
Plant Physiology - Mineral Nutrition
18 Species diversity in arthropods was studied in a certain location Data on the impacts on species diversity from organic versus conventional agriculture are provided in the table Arthropod Type Carabids Arachnids Myriapods Hemipterans Species Diversity Number of Species Conventional Agriculture 10 8 48 17 Organic Agriculture 13 9 52 19 Judging by percentage increase which arthropod type provides the strongest evidence for the claim that organic agriculture results in greater species diversity
Patient Marybeth Sherks DOB 05 20 1986 Equivalents Glass 180ml Cup 120 ml Time 0800 hr 1000 hr 1200 hr Patient Name Date of Birth Date Time Dessert Dish 120ml Bowl 150ml Activity 1 glass of orange juice Bowl of cornflakes Urine 200ml Coffee 1 cup glass juice dessert dish pureed fruit 2 crackers dessert dish of jello Urine 250ml bowl of tomato soup Intake Output Gateway Conva Intake Outpu
Biology
Human Physiology - Excretory Products & Elimination
Patient Marybeth Sherks DOB 05 20 1986 Equivalents Glass 180ml Cup 120 ml Time 0800 hr 1000 hr 1200 hr Patient Name Date of Birth Date Time Dessert Dish 120ml Bowl 150ml Activity 1 glass of orange juice Bowl of cornflakes Urine 200ml Coffee 1 cup glass juice dessert dish pureed fruit 2 crackers dessert dish of jello Urine 250ml bowl of tomato soup Intake Output Gateway Conva Intake Outpu
The Endangered Species Act was passed in 1973 but many people today feel that endangered Species Act has not done enough to protect endangered species from human impacts Do you think that it needs to be updated
Biology
Ecology - Biodiversity & Conservation
The Endangered Species Act was passed in 1973 but many people today feel that endangered Species Act has not done enough to protect endangered species from human impacts Do you think that it needs to be updated
GUU GCU GUC GCC GUA Val GCA Ala GUG GCG GAU GAC GAA GAG AUG Met or Start UAG UAA and UGA Stop Asp Glu This is the normal messenger RNA for MC1R in dogs is Glu Ser Phe Lys Asp Arg protein is too short Ser Gln Glu Leu Arg Lys protein is too long Glu Ser Phe Lys Asp Arg protein is too long GGU GGC GGA GGG Yellow Labrador Retrievers produce this mRNA transcript Gly 5 AGCCAGGAACUUCGAAAG 3 Dept Biol Penn State C2002 5 AGCCAGGAACUUUGAAAG 3 UCAO What is the normal sequence of the polypeptide that is produced and what type of mutation is seen in yellow labs
Biology
Molecular Basis of Inheritance
GUU GCU GUC GCC GUA Val GCA Ala GUG GCG GAU GAC GAA GAG AUG Met or Start UAG UAA and UGA Stop Asp Glu This is the normal messenger RNA for MC1R in dogs is Glu Ser Phe Lys Asp Arg protein is too short Ser Gln Glu Leu Arg Lys protein is too long Glu Ser Phe Lys Asp Arg protein is too long GGU GGC GGA GGG Yellow Labrador Retrievers produce this mRNA transcript Gly 5 AGCCAGGAACUUCGAAAG 3 Dept Biol Penn State C2002 5 AGCCAGGAACUUUGAAAG 3 UCAO What is the normal sequence of the polypeptide that is produced and what type of mutation is seen in yellow labs
nucleotide substitutions synonymous silent no aa change nonsynonymous aa altering missense from one aa to another aa haemoglobin A mutation occurred in the MC1R gene A mutation occurred in the MC1R mRNA nonsense sense codon Stop MC1R Based on your knowledge of mutations and protein synthesis which of the following is true of now a mutation can result in yellow coat color in Labrador Retrievers Select all that apply A mutation in the DNA results in an alteration of the mRNA The normal MC1R allele results in either black or brown fur color in Labrador Retrievers The mutant MC1R allele results in yellow coat color in Labrador Retrievers The mutant MC1R allele results in a stop codon replacing an amino acid codon The shortened MC1R gene product that results from the mutant allele is nonfunctional Because yellow Labrador Retrievers have this mutation they are less healthy then black or brown coated Labrador Retrievers Mutations are bad for the organisms that inherit them
Biology
Plant Physiology - Transportation
nucleotide substitutions synonymous silent no aa change nonsynonymous aa altering missense from one aa to another aa haemoglobin A mutation occurred in the MC1R gene A mutation occurred in the MC1R mRNA nonsense sense codon Stop MC1R Based on your knowledge of mutations and protein synthesis which of the following is true of now a mutation can result in yellow coat color in Labrador Retrievers Select all that apply A mutation in the DNA results in an alteration of the mRNA The normal MC1R allele results in either black or brown fur color in Labrador Retrievers The mutant MC1R allele results in yellow coat color in Labrador Retrievers The mutant MC1R allele results in a stop codon replacing an amino acid codon The shortened MC1R gene product that results from the mutant allele is nonfunctional Because yellow Labrador Retrievers have this mutation they are less healthy then black or brown coated Labrador Retrievers Mutations are bad for the organisms that inherit them
The melanocyte stimulating hormone receptor gene MC1R codes for one of the key proteins involved in regulating mammalian skin and hair color The normal allele for MC1R in Labrador retrievers and other dogs has this as part of its sequence on the CODING DNA strand What is the sequence of the transcribed mRNA O 5 AGCCAGGACTTCGAAAG 3 5 CTTTCGAAGTTCCTGGCT 3 5 AGCCAGGAACUUCGAAAG 3 5 AGCCAGGAACTTCGAAAG 3 O 5 CUUUCGAAGUUCCUGGCU 3
Biology
Biomolecules
The melanocyte stimulating hormone receptor gene MC1R codes for one of the key proteins involved in regulating mammalian skin and hair color The normal allele for MC1R in Labrador retrievers and other dogs has this as part of its sequence on the CODING DNA strand What is the sequence of the transcribed mRNA O 5 AGCCAGGACTTCGAAAG 3 5 CTTTCGAAGTTCCTGGCT 3 5 AGCCAGGAACUUCGAAAG 3 5 AGCCAGGAACTTCGAAAG 3 O 5 CUUUCGAAGUUCCUGGCU 3
Silent GUA Val GUG Nonsense protein is shorter GCC GCA GCG O Nonsense protein is longer Ala GAC Asp GAA Glu GAG AUG Met or Start UAG UAA and UGA Stop GGC GGA GGG The gene KRTHAP1 codes for the production of hair keratin in humans and other primates It is this gene that is thought to be responsible for humans having relatively little body hair compared other primates Gly A portion of the template strand of the chimp gene 3 ACGACCGCT 5 A portion of the template strand of the human gene 3 ACGACTGCT 5 What type of mutation occurred in humans to result in our relative hairlessness C Dept Biol Penn State 2002
Biology
Principles of Inheritance & Variation (Genetics)
Silent GUA Val GUG Nonsense protein is shorter GCC GCA GCG O Nonsense protein is longer Ala GAC Asp GAA Glu GAG AUG Met or Start UAG UAA and UGA Stop GGC GGA GGG The gene KRTHAP1 codes for the production of hair keratin in humans and other primates It is this gene that is thought to be responsible for humans having relatively little body hair compared other primates Gly A portion of the template strand of the chimp gene 3 ACGACCGCT 5 A portion of the template strand of the human gene 3 ACGACTGCT 5 What type of mutation occurred in humans to result in our relative hairlessness C Dept Biol Penn State 2002