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Artwork for No Time To Read

No Time To Read

Arif Ashraf
Plant Biology
Drought Recovery
Drought Resistance
Phase Separation
Temperature
Root Hair
Crispr-Cas9
Plant Immunity
CLE Peptides
Arbuscular Mycorrhizal Symbiosis
Fungal Symbiosis
Sustainable Agriculture
Brassinosteroid
Cephor Protein
Secondary Cell Wall Thickening
Ferronia
Cell Expansion
Cell Wall Integrity
Molecular Plant
Flowering Time

Arif, plant biologist and host of the podcast, will talk to lead author of a recently published plant biology paper. The guest will simply explain the story of the publication, answer questions from the host, and share personal experience and details related to the article. As an audience, you will tune in to the episode with an expectation that you will know the story of the paper without reading... more

PublishesWeeklyEpisodes40Founded5 years ago
Number of ListenersCategories
Life SciencesScience

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No Time To Read podcast

S4E9

Root hair & mechanical stress

Guest: Vyankatesh Zambare, Graduate student, Anderson Lab , The Pennsylvania State University

X: @Venky_Zee

Host: Arif Ashraf, Assistant Professor, University of British Columbia

X: @a... more

No Time To Read podcast

S4E8

Temperature signal & cell wall thickening

Guest: Greg Gregory, Hazen Lab, University of Massachusetts Amherst

BlueSky: @backinbrach.bsky.social

Host: Arif Ashraf, Assistant Professor, University of British Columbia... more

No Time To Read podcast

S4E7

Cis-regulatory sequence evolution

Guest: Kirk Amundson, USDA NIFA Postdoctoral Fellow, Bartlett Lab, University of Massachusetts Amherst

X: @KirkAmundson

BlueSky: @kirkamundson.bsky.social

Host: Arif Ashraf, Assist... more

No Time To Read podcast

S4E6

CLAVATA receptors in maize

Guest: Penelope Lindsay, Research Associate, Department of Botany and Plant Pathology, Oregon State University

Previously: Postdoctoral fellow, Dave Jackson’s lab, Cold Spring Harbor Laborat... more

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Recent Guests

Vyankatesh Zambare
First author of the paper; fifth-year PhD candidate in Professor Charlie Anderson's lab
Penn State
Episode: S4E9 | Vyankatesh Zambare | Root hair & mechanical stress
Gregory Greg
First author, plant molecular geneticist researching how grasses regulate secondary cell wall formation in response to temperature
UMass Amherst, Sam Hazen Lab
Episode: S4E8 | Greg Gregory | Temperature signal & cell wall thickening
Kirk Amundson
Plant Geneticist and lead author of the discussed paper
UMass Amherst (USDA NIFA Postdoctoral Fellow)
Episode: S4E7 | Kirk Amundson | Cis-regulatory sequence evolution
Penelope Lindsay
First author and research associate discussing the paper
Oregon State University
Episode: S4E6 | Penelope Lindsay | CLAVATA receptors in maize
Laura Lee
Lead author of the paper on cell cycle and glutathione in plant regeneration
UNC Chapel Hill
Episode: S4E5 | Laura Lee | Cell cycle during plant regeneration
Heather Meyer
Assistant Professor at Syracuse University and lead author of the paper on phase separation in plants.
Syracuse University
Episode: S4E4 | Heather Meyer | Phase separation in plants
Ajeet Chaudhary
Plant Molecular Biologist and postdoc at Carnegie Institute of Science.
Carnegie Institute of Science
Episode: S4E3 | Ajeet Chaudhary | FERONIA & cell wall integrity
Sagar Bashyal
Fourth-year PhD candidate at Salk Institute of Biological Studies, focused on plant-fungi interactions.
Salk Institute of Biological Studies
Episode: S4E2 | Sagar Bashyal | CLE peptide and symbiosis

Host

Arif Asharif
Host of No Time To Read

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Talking Points

Recent interactions between the hosts and their guests.

S4E9 | Vyankatesh Zambare | Root hair & mechanical stress
Q: Can you summarize the take-home messages from the paper for listeners who haven't read it?
Root hairs respond to mechanical stiffness by altering growth dynamics: density decreases, hairs can grow faster momentarily but end up shorter, and this is tied to changes in cellulose orientation and microtubule behavior. The study also presents a new, accessible method for estimating target pressure inside epidermal cells and shows that a finite element model can capture the mechanical aspects of growth, even if it doesn't simulate wall remodeling directly.
S4E7 | Kirk Amundson | Cis-regulatory sequence evolution
Q: Who were the key individuals behind the study and how did the collaboration evolve?
A core brain trust led by Anat Hendelman and others spearheaded the project years earlier; the interviewee joined later as a middle author and grew into a central contributor, while several co-authors and funding agencies provided essential support.
S4E7 | Kirk Amundson | Cis-regulatory sequence evolution
Q: How did the publication journey unfold and what was the experience of publishing in a big journal?
The process was intense and educational; the team faced a higher bar but delivered a robust, well-vetted study. Peer reviewers were tough but fair, which helped tighten statistics and clarify conservation. The experience underscored the value of collaboration and rigorous presentation.
S4E7 | Kirk Amundson | Cis-regulatory sequence evolution
Q: Kirk, what are the main findings from this paper and what would be the key takeaways for someone listening?
There is a broad, multi-faceted set of insights: CNSs influence development and gene expression; a broad sampling across the green tree of life enabled discovery of conserved regions despite plant genome complexity; empirical validation shows CNSs have functional roles, and the data empower targeted promoter editing and understanding natural variation in gene expression.
S4E8 | Greg Gregory | Temperature signal & cell wall thickening
Q: What is the next big question you are interested in answering after this paper?
The next steps involve identifying the molecular players that create the temperature response, using RNA-seq data and gene co-expression networks to find candidate regulators, and experimentally testing them to determine their involvement in the temperature-driven secondary cell wall reinforcement.

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Frequently Asked Questions About No Time To Read

What is No Time To Read about and what kind of topics does it cover?

This show centers on conversations with lead authors of recently published plant biology papers, explaining the story behind the publication, the key findings, and the journey from manuscript to publication. Episodes typically cover the core discovery, methodological highlights, and practical implications for crops, with host-host and guest interactions that blend science storytelling with personal career experiences. A notable strength is its accessibly framed deep-dives into niche plant science topics, often illustrated with fieldwork anecdotes and behind-the-scenes challenges, making complex research approachable for researchers, students, and science-curious listeners during tasks like experiments or commutes.

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No Time To Read launched 5 years ago and published 40 episodes to date. You can find more information about this podcast including rankings, audience demographics and engagement in our podcast database.

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What guests have appeared on No Time To Read?

Recent guests on No Time To Read include:

1. Vyankatesh Zambare
2. Gregory Greg
3. Kirk Amundson
4. Penelope Lindsay
5. Laura Lee
6. Heather Meyer
7. Ajeet Chaudhary
8. Sagar Bashyal

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