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Abstract

Artificial insemination (AI) technology use in poultry production has enabled the rapid dissemination of genetic material from a small number of superior males to a high number of females. Excellent fertility in poultry can be obtained by AI compared to natural mating. Successful application of...

Author(s)
Mohan, J.; Sharma, S. K.; Kolluri, G.; Dhama, K.
Publisher
Cambridge University Press, Cambridge, UK
Citation
World's Poultry Science Journal, 2018, 74, 3, pp 475-488
Abstract

Because nearly all the turkeys produced in the United States are the result of artificial insemination (AI), it is important to increase the efficiency of this labour-intensive practice. A semen evaluation test predictive of fertility would be extremely beneficial. Studies have shown that sperm...

Author(s)
King, L. M.; Donoghue, A. M.
Citation
Journal of Applied Poultry Research, 2000, 9, 1, pp 66-73
Abstract

Duration of fertility following intravaginal and intramagnal insemination of hens with viable spermatozoa from subfertile Delaware roosters was compared with that obtained with spermatozoa from fertile Leghorn and subfertile Wyandotte roosters. In contrast to results with Leghorn and Wyandotte...

Author(s)
Kirby, J. D.; Froman, D. P.; Engel, H. N., Jr.; Bernier, P. E.
Citation
Journal of Reproduction and Fertility, 1989, 86, 2, pp 671-677
Abstract

ARAVE, C. W., and LAMB, R. C. Relationship between a dairy cattle production index and genotype at the serum transferrin and four milk protein loci: 666.
ARORA, K. K., and FREEMAN, A. E. Environmental correlation between paternal half-sibs for milk and milk fat production: 655.
BATRA, T. R.,...

Citation
Journal of Dairy Science, 1970, 53, pp 631-688
Abstract

Collection of semen on alternate days from turkey toms seems to give the best results. The av. volume of semen obtainable per collection during Feb.-June is approx. 0.2 cm.3 At other times of the year the volume is less and the ratio of 1 torn to every 72 hens, suitable during Feb.-June in stock in ...

Author(s)
LORENZ, F. W.; CARSON, J. D.
Citation
California Agriculture, 1951, 5, 12, pp 4, 11
Abstract

ABPLANALP, H. Inbreeding for genetic improvement of poultry: 1777.
ANDRADE, A. N., and CARSON, J. R. Methods of debeaking and future performance of S.C.W.L. pullets: 1778.
ATKINSON, R. L., BRADLEY, J. W., and QUISENBERRY, J. H. Delaying sexual maturity of turkey hens by use of drugs: 1780.
BAKER,...

Citation
Poultry Science, 1969, 48, pp 1777-1894
Abstract

ADAMS, J. L., and OWINOS, W. J. The performance of laying chickens housed at various densities on litter floors: 1298.
ADAMS, R. L., ANDREWS, F. N., and ROGLER, J. C. The effects of environmental temperature on the protein requirement and response to energy in slow and fast growing chicks: 1298.
...

Citation
Poultry Science, 1964, 43, pp 1297-1379
Abstract

Abbott, U. K. Gene, genotype and environment: 1368. Abplanalp, H., Leu, R. E., and Johnson, E. A. Second year performance in the 11th California Random Sample Egg Laying Test following artificial moulting: 1368. Abplanalp, H., and Marrou, L. F. Genotype-environment interactions in field tests of...

Citation
Poultry Science, 1961, 40, pp 1368-1474
Abstract

AHLUWALIA, B. S., and GBAHAM, E. F. Some biochemical aspects of fowl semen: 1251
BAJPAI, P. K., and BBOWN, K. I. The effect of different temperatures on the metabolic activity, morphology, and fertilizing ability of turkey spermatozoa: 1253-1254
BEANE, W. L., SIEGEL, P. B., and SIEGEL, H. S....

Citation
Poultry Science, 1963, 42, pp 1251-1321

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