k TEM of bacterial lysis due to T4 phage infection Transmission electron micrograph TEM showing lysis destruction of a rodshaped bacterium by T4 bacteriophages viruses that infect bacteria. Bacteriophages light ovals with stalks infect the bacterium, commanding the genetic machinery of the cell to code for its own replication. The bacteriophage population increases at the expense of the normal functioning of the cell. Weakened through neglect overcrowed with bacteriophage progeny, the delicate plasma membrane binding the cells into a unit, bursts. The bacterium is destroyed the bacteriophages are released to infect other cells. Mag X 40,000 10x8. Photographer R.Bijlenga Stock Photo - Afloimages
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TEM of bacterial lysis due to T4 phage infection Transmission electron micrograph  TEM  showing lysis  destruction  of a rod shaped bacterium by T4 bacteriophages  viruses that infect bacteria . Bacteriophages  light ovals with stalks  infect the bacterium, commanding the genetic machinery of the cell to code for its own replication. The bacteriophage population increases at the expense of the normal functioning of the cell. Weakened through neglect   overcrowed with bacteriophage progeny, the delicate plasma membrane binding the cells into a unit, bursts. The bacterium is destroyed  the bacteriophages are released to infect other cells. Mag: X 40,000  10x8 .  Photographer R.Bijlenga
RM

TEM of bacterial lysis due to T4 phage infection

Transmission electron micrograph (TEM) showing lysis (destruction) of a rod-shaped bacterium by T4 bacteriophages (viruses that infect bacteria). Bacteriophages (light ovals with stalks) infect the bacterium, commanding the genetic machinery of the cell to code for its own replication. The bacteriophage population increases at the expense of the normal functioning of the cell. Weakened through neglect & overcrowed with bacteriophage progeny, the delicate plasma membrane binding the cells into a unit, bursts. The bacterium is destroyed; the bacteriophages are released to infect other cells. Mag: X 40,000 (10x8). (Photographer R.Bijlenga)

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