Anagrapha

McDunnough, 1944

Anagrapha is a of in the , Plusiinae, established by McDunnough in 1944. The genus contains at least one confirmed , Anagrapha falcifera (celery ), which serves as the original for AfMNPV (Anagrapha falcifera multiple ), a broad host-spectrum with significant importance in research. The virus isolated from this species has been shown to infect 43 species across 13 lepidopteran families and is genetically identical to the Rachiplusia ou virus isolate.

Anagrapha falcifera by (c) Colin Croft, some rights reserved (CC BY), uploaded by Colin Croft. Used under a CC-BY license.Anagrapha falcifera 105085080 by psweet. Used under a CC BY-SA 4.0 license.Anagrapha falcifera P1390843a by 
xpda. Used under a CC BY-SA 4.0 license.

Pronunciation

How to pronounce Anagrapha: /ˌænəˈɡræfə/

These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.

Identification

As a -level record, specific diagnostic features are not documented in available sources. Anagrapha falcifera is commonly known as the celery , suggesting typical plusiine with looped larval . Distinguishing Anagrapha from related plusiine genera such as Autographa and Rachiplusia requires examination of and pattern details not specified in available literature.

Images

Distribution

Records from GBIF indicate presence in Vermont, United States, with broader distribution in the US implied. Specific range boundaries are not documented in available sources.

Host Associations

Human Relevance

Anagrapha falcifera is notable as the source of the first patented (AfMNPV), discovered in 1985 by Ben Puttler. This virus has become an important agent with broad spectrum against lepidopteran pests, and a related isolate is now deployed in Africa for control.

Similar Taxa

  • AutographaBoth are plusiine ; AfMNPV shows 92.3% sequence identity to Autographa californica MNPV in polyhedrin gene region, indicating close viral and likely taxonomic relationship
  • RachiplusiaRachiplusia ou MNPV is 99.9% genetically identical to AfMNPV, indicating these viruses (and likely their ) are very closely related; showed no biological activity differences between the viral isolates

More Details

Viral taxonomy note

AfMNPV and RoMNPV (Rachiplusia ou multiple ) are considered isolates of the same virus based on 99.9% genetic identity and identical biological activity in . The virus has an unusually broad host range for a , infecting 43 species from 13 lepidopteran .

Tags

Sources and further reading