HIC_ZJU (@hiczju) 's Twitter Profile
HIC_ZJU

@hiczju

🌟LinkedIn: linkedin.com/company/hiczju/

ID: 1273513532777050112

linkhttps://hic.zju.edu.cn/hicenglish calendar_today18-06-2020 07:11:12

278 Tweet

23 Followers

12 Following

Zhejiang University (@zju_china) 's Twitter Profile Photo

ZJU scientists reveals that Cytochrome P450 family member CYP39A1 with female-preferential expression was a strong suppressor of #hepatocellularcarcinoma (HCC) development. zju.edu.cn/english/2022/0… #ZJUResearch

ZJU scientists reveals that Cytochrome P450 family member CYP39A1 with female-preferential expression was a strong suppressor of #hepatocellularcarcinoma (HCC) development.
zju.edu.cn/english/2022/0…

#ZJUResearch
Zhejiang University (@zju_china) 's Twitter Profile Photo

Achilles tendon is one of the most powerful and fragile tendons in human body. New findings from ZJU scientists provided a novel treatment for tendon heterotopic ossification. zju.edu.cn/english/2022/0… #ZJUResearch #tendontreatment

Achilles tendon is one of the most powerful and fragile tendons in human body. New findings from ZJU scientists provided a novel treatment for tendon heterotopic ossification.
zju.edu.cn/english/2022/0…

#ZJUResearch #tendontreatment
HIC_ZJU (@hiczju) 's Twitter Profile Photo

35 Innovators Under 35! Yiming Mo, a Young PI of ZJU-Hangzhou Global Scientific and Technological Innovation Center, is one of them. hic.zju.edu.cn/hicenglish/202…

35 Innovators Under 35! Yiming Mo, a Young PI of ZJU-Hangzhou Global Scientific and Technological Innovation Center, is one of them.
hic.zju.edu.cn/hicenglish/202…
Zhejiang University (@zju_china) 's Twitter Profile Photo

Scientists develop a novel software tool, NOREVA, to help determine the optimal processing strategy for a specific metabolomic study: zju.edu.cn/english/2022/0… #ZJUResearch #metabolomics #parallelcomputing

Scientists develop a novel software tool, NOREVA, to help determine the optimal processing strategy for a specific metabolomic study: zju.edu.cn/english/2022/0…

#ZJUResearch #metabolomics #parallelcomputing
Zhejiang University (@zju_china) 's Twitter Profile Photo

❄️By developing the hydrogen fuel cell bus and formulating the national standard for procuring air coolers, ZJU scientists injected green energy to #Beijing2022 #WinterOlympics. zju.edu.cn/english/2022/0… #ZJUresearch #greenenergy

❄️By developing the hydrogen fuel cell bus and formulating the national standard for procuring air coolers, ZJU scientists injected green energy to #Beijing2022 #WinterOlympics.

zju.edu.cn/english/2022/0…
#ZJUresearch #greenenergy
HIC_ZJU (@hiczju) 's Twitter Profile Photo

Application in Diffuse Electronics and Optoelectronics! 2D Heterostructures were revealed by ZJU-Hangzhou Global Scientific and Technological Innovation Center in Chemical Reviews! hic.zju.edu.cn/hicenglish/202… #HICZJU

Application in Diffuse Electronics and Optoelectronics! 2D Heterostructures were revealed by ZJU-Hangzhou Global Scientific and Technological Innovation Center in Chemical Reviews!

hic.zju.edu.cn/hicenglish/202…
#HICZJU
HIC_ZJU (@hiczju) 's Twitter Profile Photo

The 2nd “Dan Yaalon Young Scientists Medal” winners were announced lately. Songchao Chen, a young PI from Soil Pollution Control and Remediation Innovation Workshop of the Center, won this honor. #HICZJU hic.zju.edu.cn/hicenglish/202…

The 2nd “Dan Yaalon Young Scientists Medal” winners were announced lately. Songchao Chen, a young PI from Soil Pollution Control and Remediation Innovation Workshop of the Center, won this honor. 
#HICZJU
hic.zju.edu.cn/hicenglish/202…
Zhejiang University (@zju_china) 's Twitter Profile Photo

#Plastics bring much convenience to human life, but pose a considerable threat to the natural environment. Scientists found a way to convert brittle minerals into plastic-like materials to reduce white pollution. zju.edu.cn/english/2022/0… #ZJUresearch #Z4G #SDG12

#Plastics bring much convenience to human life, but pose a considerable threat to the natural environment. Scientists found a way to convert brittle minerals into plastic-like materials to reduce white pollution. zju.edu.cn/english/2022/0…

#ZJUresearch #Z4G #SDG12
Zhejiang University (@zju_china) 's Twitter Profile Photo

ZJU scientist revealed how #DNA methylation patterns are regulated in different types of tissues using the model plant, #Arabidopsis. zju.edu.cn/english/2022/0… #ZJUresearch #DNAmethylation

ZJU scientist revealed how #DNA methylation patterns are regulated in different types of tissues using the model plant, #Arabidopsis.

zju.edu.cn/english/2022/0…
#ZJUresearch #DNAmethylation
Zhejiang University (@zju_china) 's Twitter Profile Photo

Looking into the association between exposure to harmful environmental factors and #diabetes, #ZJU researchers unveiled a certain correlation between Cadmium (Cd) induced #metabolic toxicity and diabetes. zju.edu.cn/english/2022/0… #ZJUresaerch #SDG3

Looking into the association between exposure to harmful environmental factors and #diabetes, #ZJU researchers unveiled a certain correlation between Cadmium (Cd) induced #metabolic toxicity and diabetes. zju.edu.cn/english/2022/0…

#ZJUresaerch #SDG3
Zhejiang University (@zju_china) 's Twitter Profile Photo

A research group led by Dr. Jiang from ZJU found that opioid receptor agonists, especially loperamide (OPA1), an anti-diarrhea drug, remarkably suppressed the viability of acute myeloid #leukemia (#AML) cells. zju.edu.cn/english/2022/0… #ZJUresearch #bloodcancer

A research group led by Dr. Jiang from ZJU found that opioid receptor agonists, especially loperamide (OPA1), an anti-diarrhea drug, remarkably suppressed the viability of acute myeloid #leukemia (#AML) cells.

zju.edu.cn/english/2022/0…
#ZJUresearch #bloodcancer
Zhejiang University (@zju_china) 's Twitter Profile Photo

New study reveals how glutamine synthetase promotes cell mitosis in a metabolic function-independent manner, providing a potential target for the treatment of tumors. zju.edu.cn/english/2022/0… #ZJUresearch #tumortherapy

New study reveals how glutamine synthetase promotes cell mitosis in a metabolic function-independent manner, providing a potential target for the treatment of tumors. zju.edu.cn/english/2022/0…

#ZJUresearch #tumortherapy
Zhejiang University (@zju_china) 's Twitter Profile Photo

The latest findings of Prof. LIANG Ping elucidated the molecular mechanisms underlying MYBPC3-related hypertrophic cardiomyopathy (#HCM), providing insights for a potential therapeutic target for the disease. zju.edu.cn/english/2022/0… #ZJUresearch #SDG3

The latest findings of Prof. LIANG Ping elucidated the molecular mechanisms underlying MYBPC3-related hypertrophic cardiomyopathy (#HCM), providing insights for a potential therapeutic target for the disease.

zju.edu.cn/english/2022/0…

#ZJUresearch #SDG3
HIC_ZJU (@hiczju) 's Twitter Profile Photo

Catalysts can act as “power generators”? ZJU-Hangzhou Global Scientific and Technological Innovation Center reveals the secret for you! #innovation #HICZJU hic.zju.edu.cn/hicenglish/202…

Catalysts can act as “power generators”? ZJU-Hangzhou Global Scientific and Technological Innovation Center reveals the secret for you! 
#innovation #HICZJU
hic.zju.edu.cn/hicenglish/202…
Zhejiang University (@zju_china) 's Twitter Profile Photo

Researchers proposed a novel cell stretcher, “musical dish”, which unprecedentedly used the conversion of musical signals to mechanical ones to realize the regulation of stem cell fate by micro-stretch. zju.edu.cn/english/2022/0… #ZJUresearch #SDG3 #bonetissue

Researchers proposed a novel cell stretcher, “musical dish”, which unprecedentedly used the conversion of musical signals to mechanical ones to realize the regulation of stem cell fate by micro-stretch. 

zju.edu.cn/english/2022/0…

#ZJUresearch #SDG3 #bonetissue
Zhejiang University (@zju_china) 's Twitter Profile Photo

Researchers create a new record for H2O2 photosynthesis with inorganic semiconductor #photocatalysts and shed light on applying robust inorganic particulate photocatalysts to artificial #photosynthesis. zju.edu.cn/english/2022/0… #ZJUresearch #ZJUer #liquidfuel

Researchers create a new record for H2O2 photosynthesis with inorganic semiconductor #photocatalysts and shed light on applying robust inorganic particulate photocatalysts to artificial #photosynthesis.

zju.edu.cn/english/2022/0…

#ZJUresearch #ZJUer #liquidfuel
Zhejiang University (@zju_china) 's Twitter Profile Photo

Researchers analyzed the #ACI (Aerosol-cloud interaction) process and discovered that aerosol-induced cloud water increase caused by suppressed rain formation can be canceled out by enhanced evaporation. zju.edu.cn/english/2022/0… #ZJUresearch #climateprediction

Researchers analyzed the #ACI (Aerosol-cloud interaction) process and discovered that aerosol-induced cloud water increase caused by suppressed rain formation can be canceled out by enhanced evaporation. 

zju.edu.cn/english/2022/0…

#ZJUresearch #climateprediction
Zhejiang University (@zju_china) 's Twitter Profile Photo

Dr. YUAN Changzheng's team discovered that dietary patterns emphasizing more or entirely healthful plant-based foods were associated with a lower risk of mortality among older adults in China. zju.edu.cn/english/2022/0… #ZJUresearch #SDG3 #healthyeating #vegetable

Dr. YUAN Changzheng's team discovered that dietary patterns emphasizing more or entirely healthful plant-based foods were associated with a lower risk of mortality among older adults in China.

zju.edu.cn/english/2022/0…

#ZJUresearch #SDG3 #healthyeating #vegetable
Zhejiang University (@zju_china) 's Twitter Profile Photo

Scientists from #ZJU developed a tool that can act as a new bridge between the microscopic morphology of realistic BC (black carbon) and optical simulation calculations. zju.edu.cn/english/2022/0… #ZJUresearch #ZJUer #SDG13

Scientists from #ZJU developed a tool that can act as a new bridge between the microscopic morphology of realistic BC (black carbon) and optical simulation calculations.

zju.edu.cn/english/2022/0…

#ZJUresearch #ZJUer #SDG13
HIC_ZJU (@hiczju) 's Twitter Profile Photo

The Institute of Electrical and Electronics Engineers (IEEE) announced the list of Distinguished Lecturers (DL) for the 2022 IEEE Nanotechnology Council (NTC). Professor XU Yang from Future Science Research Institute and School of Micro-Nano Electronics at HIC-ZJU was selected.

The Institute of Electrical and Electronics Engineers (IEEE) announced  the list of Distinguished Lecturers (DL) for the 2022 IEEE  Nanotechnology Council (NTC). Professor XU Yang from Future Science Research Institute and School of Micro-Nano Electronics at HIC-ZJU was selected.