Hershey and Chase's study on the growth of bacteriophage T2 reveals that the viral nucleic acid is released from the protein coat early in the infection process, after which the sulfur-containing protein has no further role. The experiments show that the phage DNA is released into solution, while the sulfur-containing protein remains attached to the bacterial cell surface. The DNA is protected from DNase by the protein coat and is responsible for the attachment to bacteria. The study also demonstrates that the DNA is released from the phage particle when the phage is adsorbed to bacterial debris, and that the DNA can be released from infected cells through osmotic shock or freezing and thawing. The results indicate that the DNA is part of an organized structure within the cell during the latent period of phage growth. The sulfur-containing protein of the phage particle is found to be a protective coat that is responsible for the attachment to bacteria and the injection of the phage DNA into the cell. The study also shows that the DNA is transferred to the phage progeny, while the sulfur-containing protein is not. The findings support the idea that the DNA is the genetic material of the phage and that the protein coat is not involved in the multiplication of the phage. The study also shows that the phage DNA is not released from the cell unless the cell is lysed, and that the DNA is protected from DNase by the protein coat. The results suggest that the phage DNA is part of an organized structure within the cell during the latent period of phage growth. The study also shows that the phage DNA is transferred to the phage progeny, while the sulfur-containing protein is not. The findings support the idea that the DNA is the genetic material of the phage and that the protein coat is not involved in the multiplication of the phage. The study also shows that the phage DNA is not released from the cell unless the cell is lysed, and that the DNA is protected from DNase by the protein coat. The results suggest that the phage DNA is part of an organized structure within the cell during the latent period of phage growth.Hershey and Chase's study on the growth of bacteriophage T2 reveals that the viral nucleic acid is released from the protein coat early in the infection process, after which the sulfur-containing protein has no further role. The experiments show that the phage DNA is released into solution, while the sulfur-containing protein remains attached to the bacterial cell surface. The DNA is protected from DNase by the protein coat and is responsible for the attachment to bacteria. The study also demonstrates that the DNA is released from the phage particle when the phage is adsorbed to bacterial debris, and that the DNA can be released from infected cells through osmotic shock or freezing and thawing. The results indicate that the DNA is part of an organized structure within the cell during the latent period of phage growth. The sulfur-containing protein of the phage particle is found to be a protective coat that is responsible for the attachment to bacteria and the injection of the phage DNA into the cell. The study also shows that the DNA is transferred to the phage progeny, while the sulfur-containing protein is not. The findings support the idea that the DNA is the genetic material of the phage and that the protein coat is not involved in the multiplication of the phage. The study also shows that the phage DNA is not released from the cell unless the cell is lysed, and that the DNA is protected from DNase by the protein coat. The results suggest that the phage DNA is part of an organized structure within the cell during the latent period of phage growth. The study also shows that the phage DNA is transferred to the phage progeny, while the sulfur-containing protein is not. The findings support the idea that the DNA is the genetic material of the phage and that the protein coat is not involved in the multiplication of the phage. The study also shows that the phage DNA is not released from the cell unless the cell is lysed, and that the DNA is protected from DNase by the protein coat. The results suggest that the phage DNA is part of an organized structure within the cell during the latent period of phage growth.