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A process in which one strain of bacteria is changed by a gene or genes from another strain of bacteria.

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It helped show that DNA is in fact a helical structure.

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Proved that the amount adenine equals the amount of Thymine and Guanine equals the amount of Cytosine.

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Concluded that the genetic material of bacteriophage was indeed DNA, not protein.

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Sulfur doesn't doesn't contain any DNA

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Phosphorous contains little to no protein

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Used enzymes to remove macromolecules figure out if transformation still occurs.

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they used enymes to remove each of the 5 macromolecules and figured out if transormation still occured then the agent hasnt been foundX

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is where a strain of bacteria is changed by a gene in another

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Franklin's Photograph 51 confirmed Watson and Crick that DNA had a double helix shape.

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Chargaff's rule was that amount of  Adenine always equaled the same amount of Thymine and the amount of Guanine always equaled the amount of Cytosine which helped Watson and Crick with their development of their DNA model.

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Hershey and Chase came to the conclusion that it was DNA was the in the bacteriophages and not the proteins.

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Hershey and Chase used Sulfur-35 because DNA does not contain Sulfur-35

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Hershey and Chase used Phosphorus 51 because it contained little to no proteins at all.

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Avery and his team would use enzymes to remove each of the 5 macromolecules. They figured that if transformation still occurred then the transformative agent had still yet to be found.

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It is where one strain of bacteria is changed by a gene by another bacteria.

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The Photo 51, Showed that DNA took up a Double Helix shape.

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The rule helped by letting Watson & Crick know that A=T & G=C. Which helped them label and conclude the model.

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The team concluded that DNA was the carrier of Genetic info

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Hershey and Chase used Phosphorus because it contained little to no phosphorus within the Protien

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Hershey and Chase used The phosphorus because there wasn’t little to no phosphorus in the protein.

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Avery and his team used Enzymes to remove the macromolecules from the Streptococcus pneumonia and see where’s without which Macromolecule would the Virus turn Virulent.

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Transformation is where a Strain of bacteria is changed into something else within the DNA

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Rosalind Franklin's X-Ray Crystallography, or more commonly referred to as Photograph 51, supported Watson and Crick's development of their DNA model because it confirmed their theory that DNA was a double helix.

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Chargaff's Rule helped Watson and Crick development of their DNA model by giving them the knowledge that Adenine always equaled Thymine, and Cytosine always equaled Guanine.

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Hershey and Chase concluded at the end of their experiment that DNA was the genetic carrier while simultaneously confirming that Oswald Bradley's results from his experiment were true.

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Hershey and Chase used Sulfur-35 in their experiment due to the fact that DNA contains no sulfur, making it a useful marker allowing Hershey and Chase to see which molecule entered the cell and see which molecule carried genetic information.

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Hershey and Chase used Phosphorous-32 in their experiment because it contained little to no phosphorous. This granted scientists the ability to use Phosphorous-32 as fluorescent marker, enabling them to easily identify which molecule entered the bacteria.

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Avery and his team identified the transforming factor by using enzymes to remove one of the 5 macromolecules in each trial. If transformation still occurred with that macromolecule removed from the bacteria then it was not the transformative agent.

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Transformation is the process of which a strain of bacteria is changed by the genes of another strain of bacteria.

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Franklin photograph 51 helped them see the double helix

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Chargragg's rule help find out that A=T and C=G

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Hershey and Chase experiment concluded that DNA was the genetic information

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Hershey and Chase use sulfur-35 in their experiment because DNA doesn't contain sulfur

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They use phosphorous-32 because there is barely any phosphorous in protein

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Avery and his team would use enzymes to take away one molecular piece of the bacteria. He would add the rest of the dead s-strain bacteria to a syringe of the live r-strain streptococcus

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Transformation is the process in which one strain of bacteria is changed by a gene or genes from a strand of bacteria

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Avery would use enzymes to take away one molecular piece of the bacteria. He would add the rest of the dead (s-strain) bacteria to a syringe of live (r-stain) streptococcus.

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Information is that which informs, or it is the answer to a question of some kind. It is related to data and knowledge data represents values attributed to parameters, and knowledge signifies understanding of real things or abstract concepts.

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The picture of the DNA molecule was a double helix and the two strands ere composed of the 4 known bases linked together by hydrogen bonds

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Chargaff help find that the nitrogen bonds were linked together; A always went with T, And C always went with G

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Hershey and Chase concluded the same information as Avery the transformative agent was DNA, and not proteins

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Hershey and Chase used Sulfur- 35 because DNA didn't contain any sulfur in it

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They used Phosphorous- 32 because there is barely any phosphorous in protein

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They used enzymes to take away one of the molecular agent from the bacteria. He would add the rest of the dead(s-strain) bacteria to the syringe of live (r-strain) streptococcus. Then inject the bacteria mix into the mouse and wait to see if pneumonia develpoed

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The process in which one strain of bacteria is charged by a gene(s) from another strain of bacteria

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Franklins photograph helped them by confirming the 3D structure have built and was the final piece to their puzzle.

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Hershey and Chase concluded that the genetic material of the bacteriophage was DNA, not protein.

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Hershey and Chase used Sulfur-35 because DNA had no sulfur in it.

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Hershey and Chase used Phosphorous-32 because there almost no phosphorous in proteins.

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Avery and his team wanted see if each of the five macromolecules removed from the enzymes, dead S-strain, and live r-strain mixed would transformation still occur when injected into a mouse

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It proved that the DNA had a double helix shape and that was the last piece Watson and Crick needed to complete their experiment.

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He found that A=T and G=C but never A=C and G=T

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Hershey and Chase concluded at the end of their experiment that it was DNA and not proteins that was in the bacteriophages.

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Hershey and Chase used Sulfur 35 in their experiment because DNA does not contain sulfur

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Hershey and Chase used Phosphorus 32 in their experiment because it contained little to no phosphorus

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Avery and his team used enzymes to remove each macromolecule from the dead s-strain and then combined it with the live r strain to see in pneumonia developed if he injected it into the mouse

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Transformation is the process in which one strain if bacteria is changed by a gene or genes from another strain of bacteria.

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Thy concluded that the material in the bacteriophages was DNA, and not proteins

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Chargaffs rule helped find out A = t and G =C

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Hershey and Chase concluded that genetic material in bacteriophages was DNA not proteins.

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Hershey and Chase used sulfur -35 in their experiment because DNA contains no sulfur.

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Hershey and Chase used phosphorous-32 in their experiment because proteins have little to no amounts of phosphorous in it.

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avery and his team used enzymes to remove each macromolecule from the S- strain then adding the live r- strain to see if transformation occured.

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the process in which one strain of bacteria is changed by a gene or genes from another strain of bacteria.

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It proved that DNA is a double helix, spiral like structure.

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It helped them figure out which base pair needed to go where so that they can construct the DNA model correctly.

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They've concluded that DNA was indeed the transformation agent because when they've tested what radioactive-isotope was found in the particular bacteria that became infected by a particular bacterial phage, they've solely found phosperhous-32, which was put into the bacterial phage's DNA before performing the experiment, giving the definitive, indisputable conclusion that DNA is not only the transformation agent, but is the blueprints for how living organisms function.

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The crystallography showed the inner structure of DNA which helped them add the final pieces together to determine DNA being the shape of the Double Helix.

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Chargaffs rule helped Watson and Crick identify which nucleotoids where meant to be paired together in the double helix.

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They've used Sulfur-35 in their experiment because they've wanted to determine if it was either the bacterial phage's proteins of its protein coat, or its DNA that could get transferred when transformation happens; the proteins made in up the protein coat  contain almost no phosphorous, while DNA contains no sulfur; making it this a clever yet accurate identifier for the protein coat.

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Hershey and Chase concluded that DNA was what contained the genetic material of the bacteriophages not protein.

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They used sulfur-35 because it contains no DNA within it so they would easily be able to identify if DNA was added by the phage.

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They used phosphorus-32 because it contains no protein within it so they would easily be able to identify if protein was added by the phage.

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Avery and his team removed the macromolecules from the dead S-strain to determine what the transformation factor was.

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They've used phosphrous-32 in their experiment because they've wanted to determine if it was either the bacterial phage's proteins of its protein coat, or its DNA that could get transferred when transformation happens; the proteins made in up the protein coat contain almost no phosphorous, while DNA contains no sulfur; making it this a clever yet accurate identifier for DNA.

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The process in which a bacteria cell is changed by the genetic coding(DNA) of another bacteria cell

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What Avery and his team did to find out what the transformation factor was, was that he and his team used enzymes to take one of the 5 macromolecules per each trial out from the bacteria that's being tested on, and then inject the modified bacteria into the mouse, if mouse dies, then the transformation agent is still present, if it does not die, then that means the transformation agent is absent

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The act of a particular pathogen changing the DNA of another pathogen or organism to make it function like itself.

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Franklins photograph 51 showed the inner structure of DNA, was the final piece to their researcher confirming Watson and cricks 3-D structure

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Chargaff's rule helped find out A=T and G= C

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Hershey and chase concluded that the genetic material in bacteriophages was DNA and not proteins

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Hershey and chase used sulfur-35 in their experiment because DNA doesn't contains sulfur

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Franklin’s photograph helped them by confirming the 3D structure they have built & was the final piece of their puzzle.

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Chargaff’s rule helped them by paring the right nucleotides together.

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Hershey and Chase concluded that the genetic material of the bacteriophage was DNA and not protein. DNA is a carrier of genetic information.

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Hershey and Chase used sulfur-35 in their experiment because DNA contains no sulfur.

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Hershey and Chase used phosphorus-32 in their experiment because it contained almost no proteins.

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Avery and his team used enzymes to remove each macromolecules from the dead s-strain and then combined it with the live r-strain to see if pneumonia developed if he injected it into the mouse.

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Hershey and chase used phosphorous-32 in their experiment because proteins have little to no amounts of phosphorus in it.

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Avery and his team used enzymes to remove each macromolecule from the dead s- strain then adding it with the live r- strain to see if transformation occurred.

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the process in which one strain of bacteria is changed by a gene or genes from another strain of bacteria.

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The process in which one strain of bacteria is changed by a gene or genes from another strain of bacteria.

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Hershey and Chase concluded that DNA is the carrier for all genetic information

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Hershey and Chase used Sulfur-35 because there is no DNA in sulfur

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Hershey and Chase used phosphorous-32 in their experiment because their proteins had no phosphorus in it.

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Avery and his team used enzymes to remove each macromolecule from the dead s-strain then combined it with the live r-strain