Precision Plue Protein Kaleidoscope Prestained Standards Molecular Weight (KD) Distance Migrated (mm) 37 23 25 30 20 35 15 42 51.5 10 Distance Migrated (mm) vs. Precision Plue Protein Kaleidoscope Prestained Standards Molecular Weight (kD) 40 30 Precision Plue Protein Kaleidoscope Prestained Standards Molecular Weight 20 10 25 30 35 40 45 50 Distance Migrated (mm) STUDENT MANUAL POST-LAB ACTIVITY Procedures Generate a standard curve to calculate protein sizes The different protein bands in your gel can be defined by their different molecular masses. Indeed many proteins are named for their molecular weights. For example p53, a protein implicated in tumor progression is 53 KD in size. To determine the molecular masses of the proteins, a standard curve is created plotting the known molecular masses of the proteins in the Precision Plus Protein Kaleidoscope prestained standards against the distance they have migrated down the gel from the base of the well. A 15% polyacrylamide gel is designed to separate small proteins-proteins less than 40 KD. Your gel analysis will concentrate on this size range. Note: If a different percentage acrylamide gel or an agarose gel has been run, analyze the section of the gel that has the best separation 1. As shown in the figure below draw a line between the 37 and 25 KD bands of the prestained standards. Your gel analysis will be restricted to the proteins below this line. Stenders Actin & Myosin 4 Measure distance from base of wells to the base of the bands 250 150 100 75 50 37 25 20 Measure Standard bands between 37 and 10 kD 15 Measure fish protein bands between 30 and 10 KD 10 - Fig. 18. Image of fish muscle proteins separated by SDS-PAGE and stained with Bio-Safe Coomassie stain. Lines illustrate measurement of bands for constructing the standard curve. STUDENT MANUAL POST-LAB ACTIVITY Define the characteristics (proteins) of the different fish 4. For each fish sample that has been analyzed, determine the molecular masses of the proteins below the 25-37 KD line. Measure the distance each band has migrated from the base of its well. Find that distance on the x-axis of the standard curve. Draw a line up from the x-axis to the curve. Read across to the y-axis to determine the molecular mass. Alternatively, use graphing software to generate the standard curve. Make a line of best fit (or trend line) through the points and formulate an equation to calculate the mass of the unknown proteins on the gel. 5. Enter this data into a table with the molecular masses of the proteins for each fish (see example below). Fish Species A Distance Molecular Migrated Mass (mm) (KD) 25 32.5 26.5 31 29 28.6 36 21.7 21.2 36.5 39 18.8 44 13.9 52 6 Determine which fish have each characteristic (protein) 6. Make a table with a row for every band size you have recorded for all your fish samples and a column for each type of fish on your gel. Then make a mark in each cell of the table where the fish has that size band (see example below). -LAB ACTIVITY ENT MANUAL Species A Species B Species c Species D Species E х X х х X х X х X х 27.5 X х х х X х X X X X 33 X х х X X х х X х Characteristic х Protein Distance Molecular Migrated Mass (mm) (kDa) 25 32.5 26 31.5 26.5 31.0 30.0 28.5 29.1 29 28.6 30 27.6 30.5 27.1 32 25.6 24.7 34.5 23.2 35.5 22.2 36 21.7 36.5 21.2 37 20.7 37.5 20.2 38 19.7 38.5 19.3 39 18.8 39.5 18.3 40.5 17.3 41 16.8 41.5 16.3 42 15.8 43 14.8 44 13.9 45 12.9 46 11.9 46.5 11.4 47 10.9 47.5 10.4 51.5 6.5 52 COUNT х х X X X х х х X х х х х х х х X х X X х X 6.0 х 8 10 13 10 12 Find the number of characteristics shared by each of the fish 7. In the table below both the row and column headings are the types of fish. From the table above, separately compare the number of bands (X's) in common with every other fish sample from your gel and put those numbers into the table below, such that each fish is individually compared with every other fish. In this example, species A and B have just 2 bands in common while species B and C have 10 bands in common. Your table will be the basis for drawing your cladogram. Species A Species B Species c Species D Species E Species A 8 2 2 2 Species B 10 10 5 3 Species C 13 5 Species D 2 Species E

Precision Plue Protein Kaleidoscope Prestained Standards Molecular Weight (KD) Distance Migrated (mm).

Procedures Generate a standard curve to calculate protein sizes The different protein bands in your gel can be defined by their different molecular masses. Indeed many proteins are named for their molecular weights. For example p53, a protein implicated in tumor progression is 53 KD in size.  

To determine the molecular masses of the proteins, a standard curve is created plotting the known molecular masses of the proteins in the Precision Plus Protein Kaleidoscope prestained standards against the distance they have migrated down the gel from the base of the well.

Therefore, Precision Plue Protein Kaleidoscope Prestained Standards Molecular Weight (KD) Distance Migrated (mm).

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Which statement correctly describes these broken pieces of the sample

Ruiz Instructions Question 6 1 pts The type of photoceptor in the eye that responds to color is the
O pupil
rod cells
O retina

cone cells​

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Which of the following is a consequence of populations with little genetic diversity?
Ability to withstand environmental pressures
Risk of decline or extinction
Protection against spread of disease
Increased reproductive success

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What situation most likely explains the occasional high frequency of certain inherited disorders among human populations established by a small population?

Bottleneck effect, increasing the gene pool of the population
Mutations resulting in neutral changes to genotype
Gene flow and migration of populations of diverse individuals
Founder effect, due to a limited number of individuals from a parent population

What might happen to plants if they were unable to develop parts of the stem underground?

red marrow tissue interacts with which 2 body systems

- The situation in which atmospheric gases trap the sun's heat and keep Earth's
surface warm is called
a. weather.
c. climate.
b. greenhouse effect.
d. primary succession.

Compare the characteristics of mammals & flowering plants'

Compare the two Food Web. Which ecosystem would be more likely to survive if a disease killed the grass?

a The forest ecosystem, because the animals would be able to eat other organisms.
b The grassland ecosystem, because it has many herbivores.
c he grass ecosystem, because several predators compete for food
d The forest ecosystem, because it has 3 top predators

2. Full-sized wings are the typical phenotype for Drosophila. Which of the following events most likely led to the
existence of the short-wing allele in Drosophila?
A. a change in the shape of a chromosome
B. a change in the DNA sequence of a gene
C. the insertion of a DNA strand during mitosis
D. the deletion of a chromosome during meiosis

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Which property of water allows water to be resistant to sudden temperature changes?
Choose 1 answer:
A) Surface tension
B) Density
C) Adhesión
D) High specific heat capacity

What type of organism really spread and diversified during the Cenozoic?
reptiles
fish
amphibians
mammals

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Is this an accurate description of the water cycle?

The water cycle is water in the sea or ocean that gets evaporated, that’s condensation. It turns into clouds but then just falls again as rain/snow, that’s precipitation. It goes to streams and runoffs. That is the water cycle.

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Due to its location, Hawaii does not have very many land birds. The Hawaiian honeycreepers are a favorite for many ornithologists. There are over 50 species of honeycreepers that can all be traced back to one ancestor. The level of diversity in an ecosystem can be determined by the frequency of speciation and extinction.

Describe speciation and identify two possible prezygotic barriers of the Hawaiian honeycreepers that contribute to speciation.
If the Hawaiian honeycreepers became extinct, explain how the newly available niches could lead to speciation.

what is a transgenic organism?
a. an organism that is an exact clone
b. an organism that has a mixture of DNA
c. an organism that has no DNA
d. an organism with DNA from another organism

DNA is copied during the S Phase of Interphase.  Why do cells copy the DNA?

Which of the following is the best summary for the function of the kidney?
A.
The kidney processes blood, sending nutrients to the bladder to be removed.
B.
The kidney filters the blood, keeping nutrients and getting rid of wastes.
C.
The kidney stores the blood so that it can use the nutrients.
D.
The kidney receives the used blood of the body and sends it all to the bladder.

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Do the plants and animals on a farm make up an ecosystem? Why or why not?

What is the main body system affected from sickle cell anemia?

Answer choices:

Digestive System

Nervous system

Circulatory System

Respiratory system

Muscular System

Skeletal System

The __ is a series of geologic processes in which rock can form, change form one type to another, be destroyed, and form again.

The nervous system and the muscle system responds to stimuli to produce motion. The movements of

Why would you expect to find a great deal of
parenchyma tissue in the roots of plants such as the
carrot, beet, and radish?

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Which of the following is correct?
A. The main difference between plants and animals is their method of nutrition and movement.
B. An animal which hibernating is not alive because it doesn’t eat of move.
C. All organisms are multicellular
D. All living things carry out six life processes.

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Importance of using hand lens in classification of organisms​

When it is summer in the U.S, why is it winter in South America?

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why are there black holes on the moon