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When You Do Co Transformation And You Don’t Have A Machinery Plasmid What Happens?

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Get college assignment help at Smashing Essays when you do co transformation and you don’t have a machinery plasmid what happens? please that will help

In Humans, Brown Hair Is Dominant (B) And Blonde Hair Is Recessive (b). If

In humans, brown hair is dominant (B) and blonde hair is recessive (b). If a heterozygous man with brown hair mated with a woman who had blonde hair, what would the genotypic and phenotypic ratios of their offspring be?

What Might Happen If One Of These Three Major Systems (digestive, Respiratory, Circulatory Was

What might happen if one of these three major systems (digestive, respiratory, circulatory was not performing as it should?

4) What Is The Concept Of Age-related Damage According To The Bioengineering Paradigm? (100

4) What is the concept of age-related damage according to the bioengineering paradigm? (100 words)

Recent Studies Indicate That The Brain Takes Mini Naps When A Person Is Sleep

Recent studies indicate that the brain takes mini naps when a person is sleep deprived. What role does sleep play in restoring one’s mind? Consider the cognitive changes that a person experiences when sleep deprived. What is it about nonsomniacs that seems to contradict what most believe about the role of sleep? What is REM sleep, and what role does it play in memory consolidation? Is the hippocampus, a structure known to play a role in the consolidation of memories, active during REM sleep? Might REM-related dreams be related to one’s actual experiences? Why does the amount of time that infants spend sleeping differ from adults? Does REM sleep play a role in the neural development of a young brain? Compare the amount of time people spend in sleep stages over a lifetime. How does slow-wave sleep change over the life span?

A Long, Striped Watermelon Is Crossed With A Another Long, Striped Watermelon. List Below

A long, striped watermelon is crossed with a another long, striped watermelon. List below all the possible phenotypes and genotypes of the progeny. THIS IS ALL THE INFORMATION I HAVE! 🙁 2. In watermelons, the color green is due to a dominant allele. Two green watermelons are crossed and produce 286 green watermelons and 91 striped watermelons. Give the genotype of the parents. 3. Watermelons also have a dominant allele for short shape. If a short watermelon is crossed with a long watermelon and all of the progeny have a short shape, what are the genotypes of the parents? 4. A long, striped watermelon is crossed with a another long, striped watermelon. List below all the possible phenotypes and genotypes of the progeny. 5. If two watermelons are crossed and the progeny are as follows: 91 green and short, 29 green and long, 31 striped and short, and 11 striped and long. What are the genotypes of the two parents?

What Is The State Of Genes In Bacteria Versus Eukaryotes With Respect To Gene

what is the state of genes in bacteria versus eukaryotes with respect to gene activstion

Answer All Of The Following Questions, In Your Primary Discussion Post. 1. When, Where,

Answer all of the following questions, in your primary discussion post. 1. When, where, and under what circumstances did the behaviors and displays occur? Record the date, time, location, and weather conditions during your field observation. 2. What was your original hypothesis? 3. Were there one or two individuals that continue to display dominance , mating, or other behavior over a long period of time? 4. Were you able to observe similarities and differences in the behavior of males versus females? 5. Where you able to observe similarities and differences in the behavior of older versus younger humans? 6. What other behaviors did you witness? 7. Were there other, non-human animals in your field site? If so, did you observe any inter-specific interaction? 8. Did you observe any behavior that surprised you? 9. What are you able to infer about the social behaviors of humans from this observation? Do you think this behavior is learned or instinctive? Explain your answer. 10. Did your observations support or refute your original hypothesis? How would you revise your hypothesis after conducting this observation?

Why Are Proteins Isolated From Bacteria Cultures Often Inactive, Whereas The Same Proteins Isolated

why are proteins isolated from bacteria cultures often inactive, whereas the same proteins isolated from human cell cultures are active

You Want To Identify Genes Involved In Leaf Size In Soybean As An Expert

you want to identify genes involved in leaf size in soybean as an expert in genetics, you decided to use a chemical mutagen called EMS to create point mutations in 5,000 soybean seeds. After treatment with the chemical, you grow the 5,000 seeds out in the field. What soybean plant phenotypes would you select for discovery of genes involved in soybean leaf size?

What Genetic Phenomenon Can Linkage Mimic? A. Pleiotropy B. Incomplete Dominance C. Independent Assortment

Get college assignment help at Smashing Essays what genetic phenomenon can linkage mimic? a. pleiotropy b. incomplete dominance c. independent assortment c. recombination d. crossover products

3 Part Question What Is The Name Of The Living Maternal Line Relative Of

3 part question What is the name of the living maternal line relative of Tsarina Alexandra whose mitochondrial DNA was sequenced? What was the name of their last common ancestor? Was the living maternal line relative of Tsarina Alexandra’s mitochondrial DNA sequence the same as the hypothetical Tsarina and what does that mean for this case? Any help would be great

When The Blood Glucose Concentration Is High, The Level Of CAMP In The

When the blood glucose concentration is high, the level of cAMP in the liver decreases and glycolytic flux increases. Which biochemical steps occur under this condition? Protein kinase A is activated. Protein kinase A is not activated. Phosphofructokinase-2 is activated via phosphorylation by protein kinase A. Phosphofructokinase-2 is activated due to the lack of phosphorylation by protein kinase A. Fructose-2,6-bisphosphatase is activated via phosphorylation by protein kinase A. Fructose-2,6-bisphosphatase is activated due to the lack of phosphorylation by protein kinase A. Phosphofructokinase-1 is activated by fructose-2,6-bisphosphate. Phosphofructokinase-1 is inhibited by fructose-2,6-bisphosphate. Fructose-1,6-bisphosphatase is activated by fructose-2,6-bisphosphate. Fructose-1,6-bisphosphatase is inhibited by fructose-2,6-bisphosphate. II and V I, III, VII, and X II, IV, VIII, and IX II, IV, VII, and X After glucagon stimulates glucose production via glycogenolysis and/or gluconeogenesis in a liver cell, which steps are required to transport glucose to other cells in the body? Glucose is transported to other cells by the carrier protein GLUT-1. Glucose exits the liver cell via GLUT-1 and enters the bloodstream. Glucose cannot leave the liver cell. Glucose-6-phosphate is converted to glucose by GLUT-1. In certain smooth muscles, glucagon increases the amount of glucose available for glycolysis; under this condition, which enzyme is required to convert glucose-1-phosphate into a glycolytic intermediate? No enzyme is needed for this conversion. G6Pase glucokinase (or hexokinase) phosphoglucomutase

What Are Proteins? What Are Membrane Proteins Function, General Structure, And Describe Its Primary

What are proteins? What are membrane proteins function, general structure, and describe its primary role in the human body.

“Students Will Be Provided A Scenario Where Set Of Effector Molecules Are Present At

“Students will be provided a scenario where set of effector molecules are present at high concentrations in the cell and they will be asked to evaluate them and indicate which pathway would be on or off in the cell.” Example: Fructose 2,6 bisphosphate is high then glycolysis will be on and gluconeogenesis will be off Fill in the rest: Glucose is high then __________ Insulin is high then __________ Glucagon is high then __________ ATP is high then __________ ADP is high then __________ Citrate is high then __________ Adenylyl Cyclase is high then __________ Oxygen is high then __________

  • What are the basics of transcription and translation?

Question

  • What are the basics of transcription and translation?
  •  Where in human cells does each of these processes occur?
  • What are start and stop codons?
  • What are insertion, deletion, and substitution mutations?
  • What are frameshift, missense, nonsense, and silent mutations? 
  • Which type of mutation is most likely to cause a change in a protein’s structure and function (frameshift, missense, nonsense, and or silent mutations)? What is least likely to change the protein’s structure and function? 
  • Whats a sequence of DNA that is out of the ordinary and could be turned into a protein? This should be approximately 30 letters long (10 codons). It should be in the format 3′ AAG CCC ….. 5′
  • Be sure to include a start codon of “TAC” and a stop codon of your choice.  
  • Whats a mutated sequence based on your first sequence above with either an insertion, deletion, or substitution mutations. 

When Do You Co Transformation Sometimes A Plasmid Is Used For Machinery What Does

when do you co transformation sometimes a plasmid is used for machinery what does that mean?

I Would Like Explanation Of Pyl Incorparation Machinery. I Was Doing Co Transformation And

I would like explanation of pyl incorparation machinery. I was doing co transformation and I used pUltra-KCRS as the machinery what does that mean and would happen if don’t you the plasmid that contains the machinery? please this would help alot!

Immunology Report: A) Row 100 Ul Dye – Student 1 1 2.907 2 2.173

Immunology report: a) Row 100 Ul dye – student 1 1 2.907 2 2.173 3 2.164 4 2.897 5 2.876 6 2.878 7 2.879 8 2.877 9 2.851 10 2.911 11 2.871 12 2.867 13 2.855 14 2.918 15 2.926 16 2.932 b) Dilution Mean Standard deviation 0.5 1.601 0.016971 0.25 0.822 0.022627 0.125 0.4075 0.065761 0.0625 0.221 0.008485 0.03125 0.1235 0.007778 0.015625 0.09 0.012728 0.007813 0.0685 0.000707 0.003906 0.0435 0.000707 c) Dilution CV% 0.5 1.06 0.25 2.75 0.125 16.1 0.0625 3.84 0.03125 6.2 0.015625 14.14 0.007813 1.03 0.003906 1.63 Q) Plot scatter plot for each data above and describe the overall trend of pipetting values and 16 attempt with respect to the expected absorbance values in part a. And describe relationship between dilution, mean absorbance, standard deviation and CV% Q2) Dicuss, what might have caused the variation in the pipetting attempts. How this affected the accuracy and percision of your volume measurements. What might this mean in a work place were diagnostic test are performed. How confident can you say that the dilution series are linear and accurate. Q3) what are the potential benefit in performing your dilution series in triplicates instead of duplicate especially for very dilute sample?

ANSWER ALL. 1.) I Understand How To Find The Sequences But How Do You

ANSWER ALL. 1.) i understand how to find the sequences but how do you get number 36? do you add or count all rhe bases. please help! step by step solution 2.) this goes with #1 how did they get that answer. how do you know? step by step on how to get there please 3.)define each of the options like for instance whats p site, e site, etc 4.) i have the most trouble understanding this. i know has to measure the distance for instance lane 4 is 3 kb, 0.7kb,

I Would Like A Better Explanation Of Pyrrolysyl TRNA Synthesase. How It Works

I would like a better explanation of pyrrolysyl tRNA synthesase. how it works

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