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66
Mostly True Missouri

The website discusses research by University of Missouri scientists on how certain proteins help plants survive multiple stressors, potentially leading to more resilient crops.

The claims regarding the research conducted by the University of Missouri on plant proteins and their role in helping plants survive multiple stressors are generally well-supported by the evidence. The discovery of proteins that aid in plant resilience is corroborated by university sources and scientific publications. The specific role of the bHLH35 protein in plant survival under stress is strongly supported by multiple sources, indicating its importance in plant biology. The claim about Arabidopsis thaliana needing a specific protein for protection is partially supported, with some evidence available but lacking direct confirmation for all stressors mentioned. Overall, the evidence suggests that these findings could have significant implications for agricultural resilience and crop development.

March 19, 2026 Language: en 5 claims analyzed

Individual Claims

86
True Science
Researchers at the University of Missouri discovered certain proteins may save plants from multiple stressors.
The claim is supported by evidence from a news release from the University of Missouri, which states that researchers discovered proteins that help plants survive multiple stressors. This discovery could lead to more resilient crops. [Source: Mizzou scientists learn how plants protect themselves from multiple stressors](https://showme.missouri.edu/2026/mizzou-scientists-learn-how-plants-protect-themselves-from-multiple-stressors/)
Fact Check Score None
Fact Check Weight 0
Web Consensus Score 90
Web Consensus Weight 50
Source Quality Score 85
Source Quality Weight 25
Llm Reasoning Score 80
Llm Reasoning Weight 25
Weighted Total 86
Evidence Summary 1 web source corroborates the claim.
68
Mostly True Science
Arabidopsis thaliana needs a specific protein to protect itself from heat, sunlight, and salty soil.
The claim is partially supported by evidence indicating that Arabidopsis thaliana is a model organism with many studied proteins. However, specific evidence for a single protein providing protection against heat, sunlight, and salty soil is not directly corroborated in the provided sources. [Source: Arabidopsis thaliana - Wikipedia](https://en.wikipedia.org/wiki/Arabidopsis_thaliana)
Fact Check Score None
Fact Check Weight 0
Web Consensus Score 60
Web Consensus Weight 50
Source Quality Score 70
Source Quality Weight 25
Llm Reasoning Score 80
Llm Reasoning Weight 25
Weighted Total 68
Evidence Summary 1 web source partially supports the claim.
85
True Science
The protein bHLH35 is crucial for plant survival under multiple stressors.
The claim is strongly supported by multiple sources indicating that bHLH35 is a transcription factor in Arabidopsis thaliana that regulates plant responses to combined stress conditions, making it crucial for survival under these stressors. [Source: bHLH35 mediates specificity in plant responses to multiple stress](https://pubmed.ncbi.nlm.nih.gov/41385636/)
Fact Check Score None
Fact Check Weight 0
Web Consensus Score 95
Web Consensus Weight 50
Source Quality Score 90
Source Quality Weight 25
Llm Reasoning Score 85
Llm Reasoning Weight 25
Weighted Total 85
Evidence Summary 2 web sources corroborate the claim.
11
False Science
The study was published in Science Advances.
Fact Check Score None
Fact Check Weight 0
Web Consensus Score None
Web Consensus Weight 0
Source Quality Score None
Source Quality Weight 0
Llm Reasoning Score -1
Llm Reasoning Weight 100
Weighted Total 11
Evidence Summary None
81
True Science
Most crops have versions of the bHLH35 protein.
The claim is supported by evidence indicating that bHLH35 is found in various crops and plays a role in enhancing resilience to multifactorial stress combinations. [Source: bHLH35 mediates specificity in plant responses to multiple stress](https://pmc.ncbi.nlm.nih.gov/articles/PMC12700195/)
Fact Check Score None
Fact Check Weight 0
Web Consensus Score 85
Web Consensus Weight 50
Source Quality Score 80
Source Quality Weight 25
Llm Reasoning Score 75
Llm Reasoning Weight 25
Weighted Total 81
Evidence Summary 1 web source corroborates the claim.

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