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The "Made in Hefei" surgical magnetic resonance system breaks the international monopoly and realizes the domestic replacement of large brain medical imaging equipment
MOBINEURO Alita 1.5T . intraoperative magnetic resonance system
Man China done it again. this is arguably one of the most technical high end medical machine developed by humans. in past 2 to 3 years China went bonkers in these high end medical equipments. its been long since foreign powers kept this monopoly but China tear it down with the style.
MOBINEURO Alita 1.5T is the first intraoperative MRI system approved by the FDA in China. The system has complete independent intellectual property rights, breaking the decades-long product monopoly of international manufacturers in this field, and realizing the domestic substitution of large- scale medical imaging equipment for the brain. It is of great value in fields such as computer interface research.
Note from IT Home: Magnetic resonance imaging (MRI) is based on the principle of nuclear magnetic resonance (NMR), according to the different attenuation of the released energy in different structural environments inside the material, and is detected by an external gradient magnetic field. The emitted electromagnetic waves can be used to know the position and type of the atomic nuclei that make up the object, and based on this, a structural image inside the object can be drawn.
An MRI is a huge cylindrical machine (as shown in the picture) that creates an environment of intense magnetic fields around the subject. Pulses of radio waves hit the hydrogen nuclei in the cells of the body, altering the The arrangement of hydrogen atoms, when the hydrogen atoms enter the proper position again, will send out a radio signal, this signal is received by the computer, analyzed and converted, and the hydrogen atom activity in the body structure and organs can be converted into 2D Image, because MRI uses biochemical and physical characteristics to distinguish tissues, the obtained image will be more detailed than computer tomography.
The Hefei Municipal Development and Reform Commission officially stated that the system is one of the construction contents of the "Comprehensive Positron Emission Magnetic Resonance Imaging System (PET / MR) Interdisciplinary Research Platform" project of the Hefei Comprehensive National Science Center. The equipment is mainly suitable for neurosurgery precision surgery . MOBINEURO Alita 1.5T, as a sub-project of the platform, has opened up key links such as technology, talents, and industry with the support of a series of local science and technology policies. It has completed research and development, system integration, and medical device registration eight months in advance , realizing the high-end medical industry in Anhui Province. A major breakthrough in the field of imaging equipment research and development, manufacturing and industrialization..
nothing will spare. i repeat China will left nothing for western powers. each and every single high tech monopoly will take down.
and EUV have tens of thousands of parts and suppliers... lmao...Man China done it again. this is arguably one of the most technical high end medical machine developed by humans. in past 2 to 3 years China went bonkers in these high end medical equipments. its been long since foreign powers kept this monopoly but China tear it down with the style.
MOBINEURO Alita 1.5T is the first intraoperative MRI system approved by the FDA in China. The system has complete independent intellectual property rights, breaking the decades-long product monopoly of international manufacturers in this field, and realizing the domestic substitution of large- scale medical imaging equipment for the brain. It is of great value in fields such as computer interface research.
Note from IT Home: Magnetic resonance imaging (MRI) is based on the principle of nuclear magnetic resonance (NMR), according to the different attenuation of the released energy in different structural environments inside the material, and is detected by an external gradient magnetic field. The emitted electromagnetic waves can be used to know the position and type of the atomic nuclei that make up the object, and based on this, a structural image inside the object can be drawn.
An MRI is a huge cylindrical machine (as shown in the picture) that creates an environment of intense magnetic fields around the subject. Pulses of radio waves hit the hydrogen nuclei in the cells of the body, altering the The arrangement of hydrogen atoms, when the hydrogen atoms enter the proper position again, will send out a radio signal, this signal is received by the computer, analyzed and converted, and the hydrogen atom activity in the body structure and organs can be converted into 2D Image, because MRI uses biochemical and physical characteristics to distinguish tissues, the obtained image will be more detailed than computer tomography.
The Hefei Municipal Development and Reform Commission officially stated that the system is one of the construction contents of the "Comprehensive Positron Emission Magnetic Resonance Imaging System (PET / MR) Interdisciplinary Research Platform" project of the Hefei Comprehensive National Science Center. The equipment is mainly suitable for neurosurgery precision surgery . MOBINEURO Alita 1.5T, as a sub-project of the platform, has opened up key links such as technology, talents, and industry with the support of a series of local science and technology policies. It has completed research and development, system integration, and medical device registration eight months in advance , realizing the high-end medical industry in Anhui Province. A major breakthrough in the field of imaging equipment research and development, manufacturing and industrialization..
nothing will spare. i repeat China will left nothing for western powers. each and every single high tech monopoly will take down.
Here is a SCMP article on application potential:Chinese scientists identified a gene in sorghum that determines alkaline tolerance of the crop. The discovery can significantly increase crop output of wheat, corn, rice, sorghum, etc. that planted in alkaline soil.
Notably the team has worked with Syngenta and got international patents on the gene.
Paper:
A Gγ protein regulates alkaline sensitivity in crops
Abstract
The use of alkaline salt lands for crop production is hindered by a scarcity of knowledge and breeding efforts for plant alkaline tolerance. Through genome association analysis of sorghum, a naturally high-alkaline–tolerant crop, we detected a major locus, Alkaline Tolerance 1 (AT1), specifically related to alkaline-salinity sensitivity. An at1 allele with a carboxyl-terminal truncation increased sensitivity, whereas knockout of AT1 increased tolerance to alkalinity in sorghum, millet, rice, and maize. AT1 encodes an atypical G protein γ subunit that affects the phosphorylation of aquaporins to modulate the distribution of hydrogen peroxide (H2O2). These processes appear to protect plants against oxidative stress by alkali. Designing knockouts of AT1 homologs or selecting its natural nonfunctional alleles could improve crop productivity in sodic lands.
News:
“我国人多地少,在工业化和城镇化发展的背景下,确保18亿亩耕地红线,粮食安全生产存在巨大压力。如何破题?”
“把边际土地,特别是盐碱地的作用发挥出来,就能大幅缓解这个压力。”3月22日,中国科学院院士李家洋在中国科学院遗传与发育生物学研究所(以下简称遗传发育所)举办的成果发布会上说。
通过7年联合攻关,遗传发育所谢旗团队与中国农业大学于菲菲团队、华中农业大学欧阳亦聃团队联合十家单位,以高粱为材料,打开主效耐碱基因AT1的“藏粮密码”。他们的研究表明,该基因可在中重度盐碱地显著提升高粱、水稻、小麦、玉米和谷子等作物的产量。相关研究结果3月24日发表于《科学》和《国家科学评论》。
目前研究团队已与先正达集团合作,为该基因申请了国际专利。
The researchers said their findings could help communities adapt to the global trend of salinisation caused by climate change, the overuse of fertilisers and increasing shortages of fresh water.
Salty soil can be either saline or alkaline, and most research has focused on the former. However, the two have very different characteristics – with salinised soil containing sodium chloride and sodium sulphate, while alkaline soils are dominated by sodium carbonate and sodium bicarbonate – and Yu described the new study as “filling the void” that resulted.
“Although salinity tolerance has been studied extensively, alkalinity tolerance in plants has not been studied in depth,” she added.
The research initially focused on sorghum, a crop that originates from central Africa and has evolved to help it tolerate sodium-rich soils.
The team’s work started by searching a natural gene database using a genome-wide association study (GWAS), a painstaking statistical method that examines the entire genome of individual plants to look for associations between millions of genetic variants and specific traits.
After examining more than 352 representative sorghum accessions, they detected a gene site – Alkaline tolerance 1 (AT1) – that is linked to the desired traits.
Field tests carried out in high-alkaline soils in Pingluo, in the northwestern Chinese region of Ningxia, found that the technology increased the grain yields of sorghum and millet by 20 per cent. A trial conducted in similar soils in Daan in Jilin saw annual rice yields increasing by 20 to 30 per cent.
“Crops grown in saline-alkali land have a longer growth cycle and accumulate more nutrients, as a result they taste better,” said Yu.
“The workload behind this research is huge, some of the research on stress tolerance of sorghum began as early as 2014 in Professor Xie’s team. Our current work mainly involved verification in sorghum, rice, millet and maize. We might expand the theory to other plants like beans and potatoes in the future.”
According to a report published by the Institute of Genetics and Development Biology on Friday, 618 million hectares (1.5 billion acres) of land worldwide is affected by salinisation.
“If this technology can be used on the low saline-alkali soil – about 20 per cent of the affected total – 250 million tons of grain will be produced every year, half the total US grain supply in 2022,” the report said.
I mean as long as your energy is completely renewable, It doesn't really matter
They have now opened up the first solid state hydrogen fuel power plant. The power is generated from solar and stored as solid state hydrogen which is basically hydrogen entering metal alloy gap under 2 to 3 MPa in room temperature. This allows easy/more dense storage of hydrogen gas.
Is this energy efficient? definitely not. However, there goal here is to do proof of concept projects that will eventually be deployed in large renewable farms. At times of excessive power, this can be stored and then later used locally or transported across the country to be used in coastal power plant when the energy is actually needed. It can also be sold to other countries.
China to introduce early 6G mobile applications by 2025, putting the country on track to rolling out commercial services by 2030
- China Unicom expects to complete technical research and launch early 6G ‘application scenarios’ on the mainland by 2025
- The commercial roll-out of 6G mobile services in the country is expected to start from 2030, according to China Unicom chairman Liu Liehong
If Trump won in 2024 expect another round of sanctions or even personal legal case. Afterall 6G is one of his TM (trademark) And China stole it.