(Photo courtesy Canada Beef Inc.)

Beef Breeds Council becomes arm of CCA

Cattle genetics body now a division of Canadian Cattlemen's Association

The market development group representing Canada’s beef cattle seedstock sector has formally merged into the Canadian Cattlemen’s Association (CCA). The association on Friday announced the Canadian Beef Breeds Council (CBBC) has officially joined the Beef Cattle Research Council and Canfax among the divisions of the CCA. The move follows a cost-benefit review by an advisory

Corteva Agriscience, which spun off from the merged Dow and DuPont in 2019, got its canola seed breeding lab and research station in Saskatoon from the Dow AgroSciences end of the merger. (Video screengrab from Corteva.ca)

Supercluster backing canola protein production

The federally-backed research and development “supercluster” set up to boost Canada’s protein industries is funding work to wring more and better proteins out of canola seed. In Saskatoon on Wednesday, federal Industry Minister Navdeep Bains announced the Protein Industries Canada (PIC) supercluster has approved a new $27.6 million project to breed high-protein canola hybrids for


Chinese geneticists have mapped the subgenome in wheat that was contributed by einkorn wheat, seen here.

Genetic road map

Chinese researchers have just added significantly to what 
we know about the wheat genome

Few crops are more important and more genetically complex than bread wheat. It feeds more than a third of the human population and is adaptable to a wide range of climates. It’s also a complex ‘hexaploid’ that contains three subgenomes (dubbed A, B and D) from parent plants, making its genetic package larger, more complex

plants growing in a lab

Opinion: Clarifying ‘What’s in a name?’

Science has always led the way in agriculture, and continues to do so today. Yet advances in plant breeding are being met with skepticism, fear and vehement opposition by many consumers. Perhaps we aren’t listening closely enough to their concerns. Because we understand the science, we assumed they would too. We’ve failed in telling our


Flowering plants are the largest, most important and newest type of plants.

How flowers won

Flowering plants conquered the world, 
now scientists think they know why

It’s a problem that puzzled even geneticist Charles Darwin so much he called it the “abominable mystery” — how did flowering plants take over the world? They’re relative newcomers, yet they dominate most landscapes, are incredibly diverse, form the basis of our food system and drive the animal diversity we see all around us. A

A new and more complete barley genome may set the stage for new and better varieties.

Barley genome fully mapped

German researchers, leading an international consortium, 
say they’ve given us the best picture yet of the barley genome

Scientists at Helmholtz Zentrum München, a German research centre, have published the closest look yet at the barley genome. They recently published their findings in the journal Nature and lead author Heidrum Gundlach says they hope the new and more detailed barley genome will help develop varieties resistant to pathogens and tolerant of climate fluctuations.


This flowering plant, Arabidopsis thalania or Thale cress, defends against invaders by recognizing and attacking foreign RNAs that it distinguishes by its lack of tail.

Plants can tell friend from foe

It’s no tall tale — this plant senses the lack of a tail on hostile RNA and attacks

University of Tokyo researchers are telling what might seem a tall tale — or should that be tail? They’ve published a study in the journal Nature Plants which says plants can tell if they’re being attacked by detecting whether or not the RNA in question has a threaded bead-like structure at the end. This ‘tail’

Technology, co-operation to result in long-desired dairy genetic indices

Technology, co-operation to result in long-desired dairy genetic indices

Low heritability traits have been hard to measure but genomics are increasing the availability of data

The Canadian Dairy Network (CDN) is taking aim at some of the most important, but toughest-to-measure genetic traits for dairy cows. The organization that aggregates vast amounts of information on dairy cattle and creates genetic indices that farmers use to make breeding decisions, is using genomics and global co-operation to create the new indices. “Genomics


Researchers in China say cattle with TB resistance are now a reality.

TB-resistant cattle are a reality

A new technique has produced live animals with 
increased resistance to this dangerous disease

Researchers say they’ve found a high-tech way to produce cattle with genetic resistance to bovine tuberculosis. Writing in the open-access journal Genome Biology, Chinese researchers from the Northwest A&F University in Shaanxi, China say CRISPR gene-editing technology allowed the breakthrough. Read more: TB in the spotlight again with Alberta outbreak Dr. Yong Zhang, lead author

Researchers say a new technique to silence genes is a whole new way of looking at crop protection.

‘Gene-silencing’ technique is a crop protection game changer

This spray uses RNA to trick a plant into shutting genes off, thus evading diseases

Most crop protection products act by attacking and killing a pest. But a new technique targets the crops themselves, giving them an added ability to ward off pests and diseases by targeting their genes. Researchers at the U.K.’s University of Surrey and Australia’s University of Queensland, have developed a non-toxic, degradable spray which is capable