Resources
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The GonaCon™ trial in heifers investigated the immunocontraceptive vaccine GonaCon and its use in northern Australian cattle. For more information about this trial, please read the final report summary and…
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The Genome-wide association study of tropical composite bulls for reproduction traits project calculated SNP effects in a population of tropical composite bulls with deep phenotypes for a range of…
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The Genetic technologies to reduce methane emissions from Australian beef cattle project delivered tools and knowledge to assist producers to breed productive, lower emissions cattle, using validated methodologies that…
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A genetic approach to internal parasite control in Australian cattle examined the heritability of resistance to internal parasites in cattle and developed preliminary estimated breeding values (EBVs). For…
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The Gene discovery for post partum reconception and age at puberty in tropically adapted beef cattle project developed and validated genetic tests for improved post partum reconception and…
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The Epigenetics in the red meat industry project looked at epigenetics and its potential application in cattle and sheep industries in Australia. For more information please read the final report summary and…
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The ‘Early predictors of lifetime female reproductive performance’ project sought to identify early-in-life indicator traits that could be used in selection to improve lifetime reproduction rates.
The ‘Causal factors affecting liveweight gain in north Australian beef herds’ project measured factors that affect within-herd variation in weight gain in extensive Northern Territory beef herds. The factors included genetics, diseases, parasites, temperament and diet selection. It also analysed historical data sets and pen studies.
Beef CRC projects were conducted through the Cooperative Research Centre for Beef Genetic Technologies to enhance the productivity and profitability of the Australian beef industry.
The ‘Additional measurements on muscle line cattle’ project investigated the impact of selecting for different levels of muscling on progeny performance in an Angus herd.