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Leaf Growth and Allometry - Lecture 1
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Canon of proportions
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Stages of leaf growth
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How does a leaf grow?
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Spot a young leaf...
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... and follow the spots
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Fatemap of a leaf
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Cell size has a gradient too
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B-Cyclin expression gradient in Arabidopsis leaf
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Leaf growth is polar
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Allometry in human growth
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Allometric growth
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Total 75
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Phylogeny of allometry
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+ve allometry in Nicotiana
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Isometry in Hibiscus
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-ye allometry in croon
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+ve allometry -ye allometry isometry
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Molecules in leaf morphogenesis
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GRF genes
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miR396 expression has diversity
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Is miR396 a cause or effect?
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Growth polarity is possibly regulated by miR396
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Q&A
Description:
Explore the fascinating world of leaf growth and allometry in this comprehensive lecture by Utpal Nath from the International Centre for Theoretical Sciences. Delve into the stages of leaf development, examining how leaves grow and the concept of fatemap. Discover the polar nature of leaf growth and the gradients in cell size and B-Cyclin expression. Investigate allometric growth in various contexts, from human development to different plant species. Learn about the molecular mechanisms behind leaf morphogenesis, focusing on GRF genes and miR396 expression. Gain insights into the phylogeny of allometry and its diverse manifestations in nature. Engage with thought-provoking questions about the role of miR396 in growth regulation and polarity. This 57-minute lecture, part of a program aimed at Master's and PhD-level students, bridges biology and physics, offering a deep dive into the physical constraints and evolutionary aspects of living systems.

Leaf Growth and Allometry - Lecture 1

International Centre for Theoretical Sciences
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