Spaceflight induces diverse gene expression changes across plant cell types | NASA FyloGraph | FyloGraph

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InferenceChain·nasa

Spaceflight induces diverse gene expression changes across plant cell types

Reasoning chain capturing how spaceflight affects gene expression not only at the whole-organism level in Arabidopsis, but also specifically engages heat shock/chaperone genes, alters single-cell gravity perception, drives transcriptome uniqueness, and induces changes in both dicot and monocot cells.

Confidence

80%

◑partialactivecomplexity: mid

Reasoning Steps (2)

Spaceflight increases heat shock/chaperone gene expressionStep 1

Gravity perception and gene expression occur at single-cell levelStep 2

Source

Synthesis for current paper

Connections (6)

Spaceflight induces heat shock/chaperone gene expression in ArabidopsisAssociation

Gravity sensing occurs at single plant cell levelAssociation

Space flight induces gene expression changes in Ceratopteris richardii single cellsAssociation

Microgravity alters wheat leaf structure and gene expressionAssociation

Spaceflight alters gene expression in ArabidopsisAssociation

Spaceflight enables unique transcriptome in ArabidopsisAssociation