Ackermannviridae

[[File:{{{image}}}|250px|alt=|]] Authority:

Ackermannviridae
Kingdom:	Heunggongvirae
Phylum:	Uroviricota
Class:	Caudoviricetes
Order:	Caudovirales
Family:	Ackermannviridae

Ackermannviridae is a family of viruses within the order Caudovirales. This family is characterized by its members being double-stranded DNA viruses that infect bacteria, specifically bacteriophages. The family is named in honor of the late Herman Ackermann, a prominent virologist known for his work on bacteriophages.

Characteristics

Members of the Ackermannviridae family are tailed bacteriophages, which means they possess a tail structure used to inject their genetic material into host bacteria. These viruses have an icosahedral head that contains the viral DNA, and a tail that can vary in length and structure depending on the specific genus within the family.

The genome of Ackermannviridae viruses is typically linear and double-stranded, with sizes ranging from approximately 40 to 170 kilobase pairs. The genome encodes for a variety of proteins necessary for the infection and replication processes, including structural proteins for the capsid and tail, as well as enzymes for DNA replication and modification.

Life Cycle

The life cycle of Ackermannviridae viruses follows the typical lytic cycle of bacteriophages. The process begins with the attachment of the phage to the bacterial cell surface, mediated by receptor-binding proteins located on the tail fibers. Once attached, the phage injects its DNA into the host cell, where it hijacks the bacterial machinery to replicate its genome and produce new viral particles.

After assembly, the new virions are released from the host cell through lysis, a process that involves the breakdown of the bacterial cell wall, leading to cell death. This release allows the newly formed phages to infect neighboring bacterial cells, continuing the cycle.

Genera

The family Ackermannviridae is divided into several genera, each containing species with distinct characteristics. Some of the recognized genera include:

• Ackermannvirus
• Biseptimavirus
• Cafeteriavirus

Applications

Research into Ackermannviridae and other bacteriophages has significant implications for phage therapy, an alternative to antibiotics for treating bacterial infections. Phages from this family are being studied for their potential to target specific bacterial pathogens, offering a solution to antibiotic-resistant infections.

Also see

• Bacteriophage
• Caudovirales
• Phage therapy
• Viral taxonomy