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- David L Denlinger
- Annual review of entomology
- 2002
Environmental and hormonal regulators of diapause have been reasonably well defined, but our understanding of the molecular regulation of diapause remains in its infancy. Though many genes are shut… (More)
- Daniel A. Hahn, David L Denlinger
- Journal of insect physiology
- 2007
Insects in diapause characteristically feed very little or not at all, thus they are largely or totally dependent on energy reserves sequestered prior to the entry into diapause. Fats are the… (More)
- Daniel A. Hahn, David L Denlinger
- Annual review of entomology
- 2011
Managing metabolic resources is critical for insects during diapause when food sources are limited or unavailable. Insects accumulate reserves prior to diapause, and metabolic depression during… (More)
- Cheolho Sim, David L Denlinger
- Proceedings of the National Academy of Sciences…
- 2008
The short day lengths of late summer program the mosquito Culex pipiens to enter a reproductive diapause characterized by an arrest in ovarian development and the sequestration of huge fat reserves.… (More)
- Joseph P. Rinehart, Aiqing Li, George D Yocum, Rebecca M Robich, Scott A. L. Hayward, David L Denlinger
- Proceedings of the National Academy of Sciences…
- 2007
Diapause, the dormancy common to overwintering insects, evokes a unique pattern of gene expression. In the flesh fly, most, but not all, of the fly's heat shock proteins (Hsps) are up-regulated. The… (More)
- Richard E. Lee, Charles J. P. Chen, David L Denlinger
- Science
- 1987
Traditionally studies of cold tolerance in insects have focused on seasonal adaptations related to overwintering that are observed after weeks or months of exposure to low temperature. In contrast,… (More)
- M-A. Michaud, David L Denlinger
- Journal of Comparative Physiology B
- 2007
Flesh flies can enhance their cold hardiness by entering a photoperiod-induced pupal diapause or by a temperature-induced rapid cold-hardening process. To determine whether the same or different… (More)
- Michael A. Elnitsky, Scott A. L. Hayward, Joseph P. Rinehart, David L Denlinger, Richard E. Lee
- The Journal of experimental biology
- 2008
During winter, larvae of the Antarctic midge, Belgica antarctica (Diptera, Chironomidae), must endure 7-8 months of continuous subzero temperatures, encasement in a matrix of soil and ice, and… (More)
- Joshua B. Benoit, Giancarlo López-MartÃnez, M-A. Michaud, Michael A. Elnitsky, Richard E. Lee, David L Denlinger
- Journal of insect physiology
- 2007
The Antarctic midge, Belgica antarctica, is exposed to frequent periods of dehydration during its prolonged larval development in the cold and dry Antarctic environment. In this study, we determined… (More)
- David L Denlinger
- Annual review of entomology
- 1986