Huazhong Agricultural University (@hzau_china) 's Twitter Profile
Huazhong Agricultural University

@hzau_china

ID: 235069900

linkhttp://www.hzau.edu.cn/en/HOME.htm calendar_today07-01-2011 08:05:24

17 Tweet

518 Followers

27 Following

Chemistry (@chemeurj) 's Twitter Profile Photo

The group of Ye (Huazhong Agricultural University) synthesized oxygen-deficient dumbbell-shaped anatase mesocrystals with photocatalytic activity toward removing the pollutants methyl orange and chromium(VI) doi.wiley.com/10.1002/chem.2…

The group of Ye (<a href="/HZAU_China/">Huazhong Agricultural University</a>) synthesized oxygen-deficient dumbbell-shaped anatase mesocrystals with photocatalytic activity toward removing the pollutants methyl orange and chromium(VI) doi.wiley.com/10.1002/chem.2…
World Food System Center (@ethzwfsc) 's Twitter Profile Photo

More latte, less waste: making #soymilk wastes protein-rich curd residues. Huazhong Agricultural University ETH Zurich Eawag team shows how feeding #probiotics to #blacksoldierfly larvae turns #foodwaste into a nutritional #feed. Alexander Mathys @SwissTecScience sciencedirect.com/science/articl…

More latte, less waste: making #soymilk wastes protein-rich curd residues. <a href="/HZAU_China/">Huazhong Agricultural University</a> <a href="/ETH_en/">ETH Zurich</a> <a href="/EawagResearch/">Eawag</a> team shows how feeding #probiotics to #blacksoldierfly larvae turns #foodwaste into a nutritional #feed. <a href="/Food_Technology/">Alexander Mathys</a> @SwissTecScience 
sciencedirect.com/science/articl…
Ed Cahoon (@ecahoon2) 's Twitter Profile Photo

Picture taken yesterday in Wuhan, China of Chinese violet cress, producer of nebraskanic acid and wuhanic acid-rich vegetable oil. Growing at our partner institute Huazhong Agricultural University. Next great brassica oil crop?! Global Ag & Natural Resources at Nebraska

Picture taken yesterday in Wuhan, China of Chinese violet cress, producer of nebraskanic acid and wuhanic acid-rich vegetable oil.  Growing at our partner institute Huazhong Agricultural University. Next great brassica oil crop?! <a href="/IANRGlobal/">Global Ag & Natural Resources at Nebraska</a>
Tsinghua University (@tsinghua_uni) 's Twitter Profile Photo

“I was very moved by the student’s eagerness to learn amidst the epidemic.” Professor Ju Jiandong’s online class last week was attended by 600 students from 4 different universities including Huazhong Agricultural University Huazhong Agricultural University

“I was very moved by the student’s eagerness to learn amidst the epidemic.” Professor Ju Jiandong’s online class last week was attended by 600 students from 4 different universities including Huazhong Agricultural University <a href="/HZAU_China/">Huazhong Agricultural University</a>
Plant Biotechnology Journal (@plantbiotechj) 's Twitter Profile Photo

NEW IN PBJ—A nice review article about the applications and potential risks of CRISPR-Cas genome editing. Patent and ethical issues are also highlighted, along with specific regulations in various countries worldwide. #pbjREVIEWS #pbjCRISPR Huazhong Agricultural University 👉bit.ly/3erJWmj

NEW IN PBJ—A nice review article about the applications and potential risks of CRISPR-Cas genome editing. Patent and ethical issues are also highlighted, along with specific regulations in various countries worldwide. #pbjREVIEWS #pbjCRISPR <a href="/HZAU_China/">Huazhong Agricultural University</a> 👉bit.ly/3erJWmj
Tsinghua University (@tsinghua_uni) 's Twitter Profile Photo

Published on Molecular Cell, a collaborative study between the School of Life Science and Huazhong Agricultural University reveal important new insights to the function and mechanism of the unique loose chromatin during early embryonic development. Full article: bit.ly/3iiimK8

Published on <a href="/MolecularCell/">Molecular Cell</a>, a collaborative study between the School of Life Science and <a href="/HZAU_China/">Huazhong Agricultural University</a> reveal important new insights to the function and mechanism of the unique loose chromatin during early embryonic development. Full article: bit.ly/3iiimK8
Cell Press (@cellpressnews) 's Twitter Profile Photo

A mycovirus can change a plant fungus from deadly to useful in rapeseed plants, finds a team of Huazhong Agricultural University researchers. The converted fungus boosts the plant's immune system, making the plant more resistant to disease hubs.ly/H0x57Sc0 #canolaoil #ag #molecularplant

A mycovirus can change a plant fungus from deadly to useful in rapeseed plants, finds a team of <a href="/HZAU_China/">Huazhong Agricultural University</a> researchers. The converted fungus boosts the plant's immune system, making the plant more resistant to disease hubs.ly/H0x57Sc0 #canolaoil #ag #molecularplant
BMC Series (@bmc_series) 's Twitter Profile Photo

Marigolds are important in the study of floral organ development. Huazhong Agricultural University researchers expand the understanding of AGAMOUS subfamily genes in the development of stamens, pistils and ovules in the Asteraceae family. buff.ly/3m5qU7V #BMCPlantBiol

Marigolds are important in the study of floral organ development. <a href="/HZAU_China/">Huazhong Agricultural University</a> researchers expand the understanding of AGAMOUS subfamily genes in the development of stamens, pistils and ovules in the Asteraceae family.
buff.ly/3m5qU7V
#BMCPlantBiol
PacBio (@pacbio) 's Twitter Profile Photo

It was the first crop genome completed almost two decades ago, but the rice reference has never been truly complete. Until now. Introducing two new gap-free assemblies of O. sativa xian/indica rice varieties, from Rod Wing & colleagues at Huazhong Agricultural University ow.ly/naeN50Fj2iS

It was the first crop genome completed almost two decades ago, but the rice reference has never been truly complete. Until now. Introducing two new gap-free assemblies of O. sativa xian/indica rice varieties, from <a href="/10BPQ_Oryza/">Rod Wing</a> &amp; colleagues at <a href="/HZAU_China/">Huazhong Agricultural University</a> ow.ly/naeN50Fj2iS
PacBio (@pacbio) 's Twitter Profile Photo

From a more complete human genome to the 1st gapless assemblies of one of our most important crops: RICE. See how Rod Wing & co at Huazhong Agricultural University resolved elusive centromere regions of two O. sativa xian/indica rice varieties in this Molecular Plant & Plant Communications paper ow.ly/fsdi50Fj2iW

From a more complete human genome to the 1st gapless assemblies of one of our most important crops: RICE.  See how <a href="/10BPQ_Oryza/">Rod Wing</a> &amp; co at <a href="/HZAU_China/">Huazhong Agricultural University</a> resolved elusive centromere regions of two O. sativa xian/indica rice varieties in this <a href="/MPlantPCom/">Molecular Plant & Plant Communications</a> paper ow.ly/fsdi50Fj2iW
Study in China (@yourchinastudy) 's Twitter Profile Photo

Huazhong Agricultural University held its annual graduation show on June 19. Vehicles of high-end agricultural equipment like GPS guided driverless tractors driven by teachers and students are a big draw of the show. Check it out! 👏 #StudyInChina

Huazhong Agricultural University held its annual graduation show on June 19. Vehicles of high-end agricultural equipment like GPS guided driverless tractors driven by teachers and students are a big draw of the show. Check it out! 👏 #StudyInChina