Autolomous and Cellular Origins Expand Cell Therapy Manufacturing Process

Officials at Autolomous and Cellular Origins say the companies have carried out the end-to-end integration of their respective platforms to bring full automation and digitization to the entire cell therapy manufacturing process. This new scalable approach creates a connected manufacturing environment that gives developers greater standardization, traceability, and control across the entire manufacturing process, according to the companies’ spokespersons.

推广使用高性能播种机:内蒙古稳步开展播种机试验鉴定工作

  春种一粒粟,秋收万颗子。播种是农业生产中的关键环节,推广使用高性能播种机不仅大幅提高农业生产效率,同时有效提升播种质量,提高作物单产。春播以来,内蒙古抢抓农时,针对播种机试验鉴定严格开展一致性检查与机具安全性、适用性、可靠性评价考核,积…

Increased Levels of Micro- and Nanoplastics Found in the Blood of Heart Attack Patients

The results of a newly reported study have shown that people who suffered a serious heart attack had higher levels of micro- and nanoplastics (MNPs) in their blood, compared with MNP levels in patients diagnosed with chronic ischemic heart disease and those who have normal blood vessels supplying the heart. The study findings also revealed that people who smoke and people exposed to higher levels of air pollution had higher levels of micro- and nanoplastics in their blood.

Ketogenic Diet Shows Opposite Effects on Cancer Risk in Mouse Small Intestine and Colon

Ketogenic diets, originally developed in the 1920s to treat epilepsy, have been adapted in the past few decades as a strategy to lose weight or increase lifespan. This type of diet (a high percentage of fat, low percentage of carbohydrates, and normal or reduced amounts of protein) forces the body to burn fatty acids for energy in place of carbohydrates such as glucose. Burning these lipids produces ketone bodies—primarily β-hydroxybutyrate (BHB) and acetoacetate—as byproducts of fatty acid metabolism. The impact of ketogenic diets on the gastrointestinal tract remains poorly understood.

Chronic Pancreatitis Therapies Informed by Patient-Derived Organoids

Approximately three million people worldwide struggle with chronic pancreatitis, for which there is no cure. In a study published in  Cell Stem Cell  titled “ Patient-derived organoids reveal ductal dysfunction and CFTR-modulator responses in chronic pancreatitis ,” researchers from Salk Institute have developed an organoid platform to uncover the mechanism of chronic pancreatitis development and identify possible therapeutic strategies.  

大豆病虫害种类以及防治方法

大豆是我国主要的经济作物,在我国北方地区种植比较广,近些年来,随着气候以及的滥用,大豆的病虫害开始肆虐,每年都给农民造成极大的损失,严重危害时,可造成30%的经济损失,严重制约黑龙江农业的发展,因此,适当有效的方法是黑龙江人迫切需要的,本文…

惠农红利直达快享——瓜州精准落实农机购置与应用补贴政策

  今年上半年,甘肃省瓜州县农业机械服务中心立足农业生产实际需求,持续优化农机购置补贴兑付机制,转变以往集中大额拨付模式,推行小金额、多频次、快节奏、精准化兑付方式。截至目前,分3批次精准兑现农机购置补贴资金744.555余元,实现惠农资金…

怎样处理玉米种子可以增产?

我国是一个粮食大国,玉米是主要粮食之一。怎么能让玉米增产是我国自古以来都在研究的问题,下面小编给大家介绍一下处理玉米种子增产的方法。 1.精选种子:玉米种植密度增加,容易出现大小株和三类苗。按种子大小分级选种,做到匀籽下地,是解决大小株,消…

怎么防治玉米枯萎病

玉米是我国重要的大田粮食作物,在我国南北方均有种植。然而在玉米的生长过程中,枯萎病的发生导致玉米的产量严重下降,面对玉米枯萎病应该怎么办呢? 玉米苗期染病在种子根的一处或几处及根尖发生褐变,后扩展成一段或侵染到中胚轴,致根发育不良或根毛减少…

油菜苗期怎样巧施硼肥

油菜想要增产,硼肥的施用很关键,那么油菜怎么施用硼肥呢?接下来就由小编详细的为您介绍下油菜苗期施用硼肥的方法。 油菜苗期施用硼肥的方法: 硼肥对油菜的增产作用十分明显,油菜的整个生育期对硼都很敏感。生产中,人们往往只注重在蕾薹期、花期施用硼…