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Plant Biology
Research into plants, their biology, and their environments.
CHANNEL // 02 [50]
Plant Biology
Research into plants, their biology, and their environments.
Compost helps tomato plants preserve photosynthetic function under severe drought
Source published
- compost
- tomato
- drought stress
Rice stem study points to a gravity-sensing layer beside its protective barrier
Source published
- rice
- gravitropism
- innermost cortex
An RNA-based brake may help Arabidopsis keep putrescine in balance
Source published
- Arabidopsis thaliana
- putrescine
- ADC2
Avocado fruit stalks add sugar-carrying tubes as fruits develop
Source published
- avocado
- Hass
- phloem
Protein markers reveal early polarity in Arabidopsis reproductive development
Source published
- Arabidopsis thaliana
- cell polarity
- gametophyte development
An RNA quality-control pathway has opposing roles in plant heat recovery
Source published
- Arabidopsis thaliana
- nonsense-mediated mRNA decay
- heat stress
RNA decay protein helps regulate Arabidopsis’s circadian clock
Source published
- Arabidopsis
- circadian clock
- DECAPPING PROTEIN 5
Synthetic root images help AI learn when real annotations are scarce
Source published
- root segmentation
- rhizotron
- synthetic training data
A short protein segment helps direct SOSEKI to plant cell edges
Source published
- plant cell polarity
- SOSEKI
- SOK1
Birch gene activity offers clues to contrasting salt-stress responses
Source published
- birch
- Betula halophila
- Betula platyphylla
Sugars help rice leaves sustain production of antimicrobial compounds
Source published
- rice
- photosynthesis
- carbohydrates
Waterlily study links pollen rejection to reactive oxygen and two interacting proteins
Source published
- waterlily
- Nymphaea
- pollen germination
How maize leaves build bridges between their veins
Source published
- maize
- transverse veins
- leaf development
A familiar plant enzyme may help send damaged mitochondria for recycling
Source published
- mitophagy
- Arabidopsis thaliana
- GSNOR1
Extra lobes on morning glory leaves point to a more complex genetic story
Source published
- ivyleaf morning glory
- Ipomoea hederacea
- leaf shape