September 2020 PMID 31960995

Plant hemoglobins: a journey from unicellular green algae to vascular plants.

Manuel Becana, Inmaculada Yruela, Gautam Sarath, Pilar Catalán, Mark S Hargrove

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Mentions

Peak: 27 in Apr 2020

across 3 sources since Jan 2020

Extended reach

221,626

potential audience

Total likes

1,338

Video views

19,469

Mentions per month

Jan 2020 – Aug 2024

Where it's discussed

X / Twitter42 posts
YouTube2 videos
Facebook2 posts

AI synopsis

What people are saying

Several posts exemplify the high interest and engagement with the research, such as mentions of the publication being 'a great review' and expressions of happiness about the release of the final version. The tone is positive and professional, emphasizing appreciation and recognition of the study's scientific importance, but there is limited evidence of strong disagreement or speculation about broad societal impacts.

AgreementNeither agree nor disagree

The discussions largely acknowledge the publication and its scientific contribution, with some posts expressing positive reactions, but there is no strong disagreement present.

InterestHigh interest

Multiple posts show high interest through mentions of terms like 'great review' and 'analyzing the evolution,' indicating curiosity and relevance.

EngagementModerate engagement

Posts include references to collaboration, appreciation for the research, and sharing the publication, demonstrating a moderate level of active engagement.

ImpactModerate impact

While the posts highlight the significance of understanding plant hemoglobins and their evolution, most do not explicitly discuss the broader impact, suggesting a perceived moderate influence.

Abstract in brief

Plant hemoglobins (Glbs) are proteins found across a wide range of organisms, including algae, bacteria, and various plants, with different structural types (22 or 33 helical folds) present in green algae, mosses, and vascular plants.
In flowering plants, Glbs are classified into three main types based on their structure and coordination of the iron atom; Class 1 Glbs are involved in responses to low oxygen (hypoxia) and regulate nitric oxide (NO), affecting processes like growth, hormone signaling, and symbiosis, while the functions of Classes 2 and 3 are less understood but may involve oxygen and NO transport or metabolism.
Overall, plant Glbs have evolved from simple organisms to complex vascular plants, and more research is needed to fully understand the specific roles of the different Glb classes in plant physiology and their non-redundant functions in plant biology.

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All mentions

Plant Hemoglobins: Evolution and Functions in Plant Physiology

Explore the evolution of plant hemoglobins from algae to vascular plants, focusing on their structural types and roles in hypoxia response, nitric oxide regulation, and plant growth. Understanding these proteins…

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Plant Hemoglobins: Evolution and Functions from Algae to Vascular Plants

This video explores plant hemoglobins across various organisms, highlighting their structural diversity, roles in hypoxia response, nitric oxide regulation, and evolutionary significance in plant physiology. It…

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