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Biotech startup Arnatar raises $50m Series A round to build China presence

Founded in 2022, Arnatar specialises in antisense drug discovery and development.

United statesSan diegoXuehai liangYanfeng wangTransfar groupMerck coValliance capitalIonis pharmaceuticalsLegend holdingsArnatar therapeuticsEight roadsHuajin capitalGaorong capitalJifeng venturesNew alliance capitalYijing capital

How microhabitat affects bacterial communities in a semi-arid ecosystem

How microhabitat affects bacterial communities in a semi-arid ecosystem
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

Loess plateauChina generalYanfeng wangWang yanfengInstitute of ecoInstitute of soilNorthwest instituteWater conservationChinese academy

Event #70: $400 Colossus No-Limit Hold em Day 1b Begins at 10 AM

Event #70: $400 Colossus No-Limit Hold em Day 1b Begins at 10 AM
pokernews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from pokernews.com Daily Mail and Mail on Sunday newspapers.

United statesLas vegasAllen cunninghamBenjamin spraggChengtzu laiYanfeng wangIvan starostinMarle spraggOlga iermolchevaNadav bittonBen yuAlessandro minasiAbraham serranoCorey davilaParis las vegasNo limit hold em day

2023 WSOP Day 32: Dzivielevski Brothers Chasing Gold, Both Run Deep

2023 WSOP Day 32: Dzivielevski Brothers Chasing Gold, Both Run Deep
pokernews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from pokernews.com Daily Mail and Mail on Sunday newspapers.

Altayskiy krayUnited kingdomJoao vieiraUnited statesLas vegasGalen hallRonald swainChengtzu laiKevin dankoDylan weismanSteven stolzenfeldTara cainJessica teuslZeki soyirgazTyler cornellTsuf saltsberg

An AI-powered solution for accurately diagnos

Early detection of tomato leaf diseases is critical to prevent their spread, but manual detection methods for the same are time-consuming, inconsistent, and labor-intensive. To address this problem, researchers from China developed a novel deep learning network architecture called PLPNet that can accurately detect and distinguish different leaf diseases in real time. Their approach effectively addresses the limitations of previous models and paves the way to smarter agricultural practices.

Xinyu heAibin chenYanfeng wangZhiwen tangGuoxiong zhouLiujun liCentral south university of forestryMethod of researchDepartment of soilPlant protection research instituteUniversity of idahoAcademy of agricultural sciencesCollege of computer information engineeringCollege of bangorNational university of defense technologyChina central south university of forestry