-transparent.png){kind=logo}
Stage of embryonic development at oviposition was measured in turkey breeder hens maintained in relatively warm and cool environments. The premise was that variations in embryonic development at oviposition might account for the decreased hatchability associated with warm summer temperatures. No treatment effect was found, as judged by somite counts after 52 h of incubation. Variation in embryonic development was as great within a hen as between hens, indicating that causative factor(s) other than stage of development at oviposition is the reason for reduced hatch of fertile eggs during periods of relatively high environmental temperature.
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
H P Van Krey, and
D M Denbow, and
R M Hulet
January 2019,
Frontiers in plant science,
H P Van Krey, and
D M Denbow, and
R M Hulet
June 2023,
Environmental science and pollution research international,
H P Van Krey, and
D M Denbow, and
R M Hulet
January 1982,
Acta physiologica Polonica,
H P Van Krey, and
D M Denbow, and
R M Hulet
August 1998,
Poultry science,
H P Van Krey, and
D M Denbow, and
R M Hulet
January 1979,
Journees annuelles de diabetologie de l'Hotel-Dieu,
H P Van Krey, and
D M Denbow, and
R M Hulet
August 2017,
BMC veterinary research,
H P Van Krey, and
D M Denbow, and
R M Hulet
June 1982,
Physiology & behavior,
H P Van Krey, and
D M Denbow, and
R M Hulet
January 1993,
Pharmacology,
H P Van Krey, and
D M Denbow, and
R M Hulet
August 1986,
Poultry science,
H P Van Krey, and
D M Denbow, and
R M Hulet
December 1991,
Diabetic medicine : a journal of the British Diabetic Association,
