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Barbara Mcclintock Zip Pouch featuring the photograph Chromosome Structure, Salivary Glands by Science Source

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Chromosome Structure, Salivary Glands Zip Pouch

Science Source

by Science Source

$25.00

Size

Bottom Style

Image Size

 
 

Product Details

Dress it up, dress it down, or use it to stay organized while you're on the go.   Our zip pouches can do it all.   They're crafted with 100% poly-poplin fabric, double-stitched at the seams for extra durability, and include a durable metal zipper for securing your valuables.

Our zip pouches are available in three different sizes and with two different bottom styles: regular and t-bottom.

Design Details

Microscopic image of the chromosome structure in the salivary glands of sciara taken by Barbara McClintock in 1934. Throughout her long and... more

Care Instructions

Spot clean or dry clean only.

Ships Within

2 - 3 business days

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Chromosome Structure, Salivary Glands Photograph by Science Source

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Zip Pouch Tags

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Photograph Tags

photographs barbara mcclintock photos scientist photos researcher photos geneticist photos cytogeneticist photos maize photos plant reproduction photos mutation photos gene suppression photos gene expression photos lasker award photos genius grant photos macarthur foundation photos nobel prize photos nobel laureate photos

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Artist's Description

Microscopic image of the chromosome structure in the salivary glands of sciara taken by Barbara McClintock in 1934. Throughout her long and distinguished career, Barbara McClintock's work focused on the genetics of maize and, in particular, the relationship between plant reproduction and subsequent mutation. Beginning in the late 1920s, she studied how genes in chromosomes could "move" during the breeding of maize plants. She did groundbreaking research on this phenomenon, where she determined the physical correlate of genetic crossing-over. Later, during the 1940s and 1950s, McClintock showed how certain genes were responsible for turning on or off physical characteristics, such as the color of leaves or individual corn kernels. She developed theories to explain the suppression or expression of genetic information from one generation of maize plants to the next that defied the common wisdom of molecular biology prevalent during the 1950s. After encountering some skepticism about her r...

 

$25.00