DNA extraction lesson plan
... v. Place the filter over the second, clean beaker and make it dip down in the middle so it forms a funnel type shape. vi. Pour banana blend into filter. Allow it to filter through vii. Transfer the filtrate to each of the test tubes, filling up to about 3 cm of the bottom of the test tube. f. Explai ...
... v. Place the filter over the second, clean beaker and make it dip down in the middle so it forms a funnel type shape. vi. Pour banana blend into filter. Allow it to filter through vii. Transfer the filtrate to each of the test tubes, filling up to about 3 cm of the bottom of the test tube. f. Explai ...
Name: Protein Synthesis PRICE DNA DNA contains ______
... • Copies DNA & leaves through __________ pores • Contains the Nitrogen Bases A, G, C, ____ ( no T ) • Carries the information for a ___________ protein • Made up of 500 to 1000 nucleotides long • Sequence of ____ bases called codon • AUG – methionine or start ________ • UAA, UAG, or UGA – ______ cod ...
... • Copies DNA & leaves through __________ pores • Contains the Nitrogen Bases A, G, C, ____ ( no T ) • Carries the information for a ___________ protein • Made up of 500 to 1000 nucleotides long • Sequence of ____ bases called codon • AUG – methionine or start ________ • UAA, UAG, or UGA – ______ cod ...
Introduction to Biotechnology Gel Electrophoresis and DNA Analysis
... 7. Explain how Ethidium Bromide allows us to visualize the DNA fragments. What are two features ANY DNA dye should have to be effective? The dye must be able to a) bind with DNA very specifically, and B) be hightyl visible under some sort of lighting treatment. So..the Et-Br (and cybersafe for that ...
... 7. Explain how Ethidium Bromide allows us to visualize the DNA fragments. What are two features ANY DNA dye should have to be effective? The dye must be able to a) bind with DNA very specifically, and B) be hightyl visible under some sort of lighting treatment. So..the Et-Br (and cybersafe for that ...
DNA
... A: In DNA, G must pair with C and A must pair with T so: amount of A = 3.9 pmol (= 21.67%) amount of T-A base pairs = 43.33% amount of G-C base pairs = 100% - 43.33% = 56.67% amount of G = amount of C = 28.33% (5.1 pmol) ...
... A: In DNA, G must pair with C and A must pair with T so: amount of A = 3.9 pmol (= 21.67%) amount of T-A base pairs = 43.33% amount of G-C base pairs = 100% - 43.33% = 56.67% amount of G = amount of C = 28.33% (5.1 pmol) ...
14.3 DNA techniques 2013 - OG
... Step 2: Separating DNA • Once DNA has been cut by restriction enzymes, it must be separated by fragment size • Gel electrophoresis – technique that separates DNA fragments by SIZE using an electric current through a porous gel ...
... Step 2: Separating DNA • Once DNA has been cut by restriction enzymes, it must be separated by fragment size • Gel electrophoresis – technique that separates DNA fragments by SIZE using an electric current through a porous gel ...
Unit 6 Cellular Reproduction Chp 12 DNA Notes
... repair enzymes identified in humans. A hereditary defect in one of these enzymes is associated with a form of colon ...
... repair enzymes identified in humans. A hereditary defect in one of these enzymes is associated with a form of colon ...
Directed Reading A
... c. cells and structures b. generations d. protein and DNA ______ 2. What is the name of the material that determines inherited characteristics? a. deoxyribonucleic acid c. RNA b. ribosome d. amino acid ...
... c. cells and structures b. generations d. protein and DNA ______ 2. What is the name of the material that determines inherited characteristics? a. deoxyribonucleic acid c. RNA b. ribosome d. amino acid ...
Name Date Period BioTechnology: Web Quest Part 1
... Read the introduction and the 3 main points of gel electrophoresis. Run the animations. 1. The DNA is being cut into fragments by __________________________________ 2. Where are the fragments transferred? ___________________________________ 3. What goes through the gel that creates a negative charge ...
... Read the introduction and the 3 main points of gel electrophoresis. Run the animations. 1. The DNA is being cut into fragments by __________________________________ 2. Where are the fragments transferred? ___________________________________ 3. What goes through the gel that creates a negative charge ...
PROTEIN SYNTHESIS
... Step 1: Transcription • RNA polymerase (an enzyme) – binds to DNA and separates the 2 strands • RNA polymerase then uses one strand of DNA as a template for assembling an mRNA complementary strand • This creates a strand of mRNA which can carry the genetic code out of the nucleus to complete the se ...
... Step 1: Transcription • RNA polymerase (an enzyme) – binds to DNA and separates the 2 strands • RNA polymerase then uses one strand of DNA as a template for assembling an mRNA complementary strand • This creates a strand of mRNA which can carry the genetic code out of the nucleus to complete the se ...
O`Kane
... A. steroids mixing with water. B. polysaccharides undergoing hydrolysis. C. DNA mixing with RNA. D. phospholipids and glycolipids mixing with water. E. triglycerides mixing with water. 4. Organic compounds A. are all hydrophobic. B. contain carbon and nitrogen. C. typically have ionic bonds in their ...
... A. steroids mixing with water. B. polysaccharides undergoing hydrolysis. C. DNA mixing with RNA. D. phospholipids and glycolipids mixing with water. E. triglycerides mixing with water. 4. Organic compounds A. are all hydrophobic. B. contain carbon and nitrogen. C. typically have ionic bonds in their ...
How Genes Function
... • During reproduction a complete copy is made of all genes and is given to each new organism ...
... • During reproduction a complete copy is made of all genes and is given to each new organism ...
AND DNA Genes are located on chromosomes in the nucleus of
... • The four bases are adenine, thymine, guanine, and cytosine. (Bram, this is very fundamental) • Adenine binds to thymine while guanine binds to cytosine. (This too is most fundamental). ...
... • The four bases are adenine, thymine, guanine, and cytosine. (Bram, this is very fundamental) • Adenine binds to thymine while guanine binds to cytosine. (This too is most fundamental). ...
Transcription and Translation
... ◊This process is similar to DNA replication except that the result is one single stranded RNA molecule. ...
... ◊This process is similar to DNA replication except that the result is one single stranded RNA molecule. ...
3.2.1: Transcription and Translation
... ◊This process is similar to DNA replication except that the result is one single stranded RNA molecule. ...
... ◊This process is similar to DNA replication except that the result is one single stranded RNA molecule. ...
02HYD16_Layout 1
... 24. The anti-parallel nature of DNA refers to A) Its charged phosphate groups B) The formation of hydrogen bonds between bases from opposite strands C) The opposite direction of the two strands D) The pairing of bases on one strand with bases on the other strand 25. What is antisense technology? A) ...
... 24. The anti-parallel nature of DNA refers to A) Its charged phosphate groups B) The formation of hydrogen bonds between bases from opposite strands C) The opposite direction of the two strands D) The pairing of bases on one strand with bases on the other strand 25. What is antisense technology? A) ...
GENETICS – BIO 300
... accept DNA (rather than protein) as hereditary material?... DNA is a simple molecule... how is complexity of life encoded by such simplicity? ...
... accept DNA (rather than protein) as hereditary material?... DNA is a simple molecule... how is complexity of life encoded by such simplicity? ...
DNA
... Introns and exons • Genes consist of introns and exons • Exons are sections of coding DNA – i.e. they contain instructions for making proteins. • Introns are sections of non-coding DNA (once called "junk DNA") – i.e. they do not contain instructions for making proteins but are now believed to serve ...
... Introns and exons • Genes consist of introns and exons • Exons are sections of coding DNA – i.e. they contain instructions for making proteins. • Introns are sections of non-coding DNA (once called "junk DNA") – i.e. they do not contain instructions for making proteins but are now believed to serve ...
New Title
... As you read, complete the flowchart below to show protein synthesis. Put the steps of the process in separate boxes in the flowchart in the order in which they occur. Protein Synthesis DNA provides code to form messenger RNA. ...
... As you read, complete the flowchart below to show protein synthesis. Put the steps of the process in separate boxes in the flowchart in the order in which they occur. Protein Synthesis DNA provides code to form messenger RNA. ...
GENE EXPRESSION CH 17
... Made of 2 subunits of rRNA Overall structure of bacterial and eukaryotic ribosomes are similar but many antibiotics target bacterial ribosomes without affecting eukaryotic ribosomes ...
... Made of 2 subunits of rRNA Overall structure of bacterial and eukaryotic ribosomes are similar but many antibiotics target bacterial ribosomes without affecting eukaryotic ribosomes ...
Chapter 12-1 - DNA
... bacteria together and let virus work • After a time, put mixture into a blender Purpose was to shake viral coats off of the bacteria ...
... bacteria together and let virus work • After a time, put mixture into a blender Purpose was to shake viral coats off of the bacteria ...
Replisome
The replisome is a complex molecular machine that carries out replication of DNA. The replisome first unwinds double stranded DNA into two single strands. For each of the resulting single strands, a new complementary sequence of DNA is synthesized. The net result is formation of two new double stranded DNA sequences that are exact copies of the original double stranded DNA sequence.In terms of structure, the replisome is composed of two replicative polymerase complexes, one of which synthesizes the leading strand, while the other synthesizes the lagging strand. The replisome is composed of a number of proteins including helicase, RFC, PCNA, gyrase/topoisomerase, SSB/RPA, primase, DNA polymerase I, RNAse H, and ligase.