SPPS Education

SPPS Education promotes and improves awareness of plants, fungi, science education, equality in science, and plant biology.

[Physiologia Plantarum @PPLplantarum]

You might be covered!

Visit the link and find out if your open access fees are covered.

https://t.co/DWMt5UX1fY

#OpenAccess #plantsci

[Physiologia Plantarum @PPLplantarum]

Ryegrass regrowth after defoliation results from the mobilization of sugar reserves and the lateral transport of sucrose. But is it due to the sugar demand of growing tissues or triggered by a wounding signal due to the defoliation itself? https://t.co/dcnH6iMLnV @catsteam1

[Physiologia Plantarum @PPLplantarum]

Balancing wood development and abiotic stress resistance

In this study, PeNAC122, a member of the NAC transcription factor (TF) family highly expressed in xylem, was cloned from Populus euphratica.

Read the article at https://t.co/haaL0YSVhi

#PlantSci #woodformation

[Physiologia Plantarum @PPLplantarum]

🍅🦠 Two PGPR (Enterobacter 64S1 and Pseudomonas 42P4) native from salt-affected region have the potential to alleviate the deleterious effects of salt stress in tomato crops. Read more to know the benefits https://t.co/1pQJavrVhv @anaccohen @FCAUNCuyo

[Physiologia Plantarum @PPLplantarum]

Revealing the molecular basis for molecular basis of steroid alkaloid biosynthesis in Fritillaria anhuiensis

This study is the first to report transcriptome data from F. anhuiensis, a plant of medicinal use in China.

https://t.co/uMpNZmqVoC

#plantsci #transcriptomics

[Physiologia Plantarum @PPLplantarum]

Lucky for the late birds...we are moving the submission deadline to December for our special issue. Do not miss it! https://t.co/KBRoTVEN4w

[Physiologia Plantarum @PPLplantarum]

Check the table of content of our special issue about “Plant sugar metabolism, transport and signaling in challenging environments” by reading its editorial https://t.co/VFGQrFNZTM and checking the table of content https://t.co/mqjyBO0US2 All articles are free to read @CATSteam1

[Physiologia Plantarum @PPLplantarum]

How do ICE proteins, cold acclimation & stomata development connect? ICE-SCREAM comes in different flavors: Angiosperms encode two types of ICE proteins predicted to differ in their regulation by OST1 and MPK3/6 https://t.co/bKJvtaKqq2 @UofG_MCB @uofg #cold #stomata

[Physiologia Plantarum @PPLplantarum]

What determines the gas bubble characteristics in frozen xylem?
The authors used high-resolution X-ray microtomography combined with freezing experiments to investigate the size and shape of gas bubbles in frozen conduits of silver birch.

@lintunen_anna

https://t.co/e6gqbzXqyd

[Physiologia Plantarum @PPLplantarum]

The more we know about how sugar metabolism is regulated, how sugar is transported etc., the better we can design new strategies for enhancing plant response to climate change. Check our special issue content https://t.co/mqjyBO1sHA All articles are free to read @CATSteam1

[Physiologia Plantarum @PPLplantarum]

Can the pick of rice cultivars and fertilizer help reduce methane emissions?

To assess the effect of different organic manures and rice cultivars on methane emissions, a pot experiment was conducted in Myanmar during the wet season of 2016.
https://t.co/ZP68zihhTv #plantsci

[Physiologia Plantarum @PPLplantarum]

What are the effects of chronic radiation on the flax genome?

To assess genetic and epigenetic changes in nuclear DNA, seeds sown 21 years after the accident and grown for 6 generations in radioactive and remediated fields were analysed.

https://t.co/NoFuZwwKkx

[Physiologia Plantarum @PPLplantarum]

Discover our new Special Issue about “Plant sugar metabolism, transport and signaling in challenging environments” by reading its editorial. https://t.co/AyX5C9fNy7 @CATSteam1

[Physiologia Plantarum @PPLplantarum]

As a society-owned journal, we are happy to see our profit reinvested into the plant science community!
#Plantscience @PlantSpps

[Physiologia Plantarum @PPLplantarum]

Make sure you check out our latest #SpecialIssue @
https://t.co/UEcHBtCXdT The issue is currently free to read.

[Physiologia Plantarum @PPLplantarum]

Transcriptional regulation of heat stress

The authors shows that mitogen-activated protein kinases, specifically MPK3, MPK4, & MPK6 phosphorylate HSFA6a and HSFA6a showed physical interaction with MPK3/MPK4.

For more details please see https://t.co/Ohko5Mhqo9
#PlantSci

[Physiologia Plantarum @PPLplantarum]

How is drought stress & ABA connected in plants? Blessing in disguise: A loss of miR159 makes plant drought tolerant and ABA sensitive https://t.co/HtUmxHMZ5Z, written by @manishbiotechi1, illustrated by @DC_SciArt #drought #droughtstress #plantsci #Plantscience

[Physiologia Plantarum @PPLplantarum]

Visit our webpage to find out more on how to submit https://t.co/Qxo52NHsEn

#PlantSci #Plantscience

[Physiologia Plantarum @PPLplantarum]

Do plants remember cold stress events?

This study investigates primary metabolomic and transcriptomic changes during early cold priming or triggering after 3 days at 4°C interrupted by a memory phase.

https://t.co/rItH8tJjvK

[Physiologia Plantarum @PPLplantarum]

Involvment of miRNAs-lncRNAs-mRNAs modules n stem-elongation of deepwater rice
The present study was carried out to identify & characterize the deepwater stress responsive miRNAs & lncRNAs through a high-throughput sequencing approach.
@ICAR_NIPB

https://t.co/p4bS6LEc1e