because it is a simple phage, DNA surrounded by a protein coat
protein and DNA
Bacteriophage viruses are nonliving. They are DNA or RNA encapsulated in a protein coated capsule with recognition sites to bind to specific target sites on bacteria and insert their genetic material for viral replication or to induce changes in the bacterial genetic material.
your poopie
Yes.
Quaternary and Tertiary levels of protein structure principally determine the active site of an enzyme.
OmpF (outer membrane protein)
protein and DNA
DNA and RNA core and a protein coat.
Hershey and Chase radioactively labelled T2 bacteriophage with P (DNA) and S (protein) to determine if protein or DNA carried the genetic material. They let the bacteriophage infect E.coli. The radioactive material found in the host E.coli contained the radioactive P (found in DNA) as the bacteriophage had multiplied inside the cell, but the radioactive S was not found inside the cell. Therefore DNA is the hereditary molecule resorce - some other guy off the internet
Hershey and Chase completed research proving that DNA is the "stuff of heredity" and not just protein in 1952. There is information on how they used a bacteriophage to prove this residing on the Answers site.
DNA and protein
they concluded that the genetic material of the bacteriophage was DNA, not protein
It's genetic material and some enzymes sometimes which hijack the bacteria into making more viruses.
DNA sequences do not determine the function of any protein. DNA sequences determine the structure of the protein. That is particular amino acid sequence in protein only.
Yes, meat is an excellent source of protein.
Bacteriophage viruses are nonliving. They are DNA or RNA encapsulated in a protein coated capsule with recognition sites to bind to specific target sites on bacteria and insert their genetic material for viral replication or to induce changes in the bacterial genetic material.
to determine if bacteria can digest the protein gelatin