Welcome to the Purdue Ionomics Information Management System, home of the Arabidopsis Ionomics project. |
| Click on the magnifying glass to navigate the >1500 T-DNA lines and >100,000 shoot samples already analyzed.
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Our paper using natural variation in Arabidopsis to identify a putative Molybdenum transporter has just been published in PLOS Genetics! |
Piims is described in our paper in Plant Physiology. |
We have several exciting ongoing projects: |
| Reverse genetics: We are in the middle of running 1600 T-DNA lines, including your Favorite lines!
If you are interested in sending us your homozygous seed for
analysis, please create yourself an account on the system (click on
"sign up" in the upper right hand corner), then follow the
instructions on the order form to send us the seed. |
Forward genetics: We have completed a screen of the Lehle Fast Neutron population (see Lahner et al. 2003) under our standard soil growth conditions.
We have completed screens of the Lehle EMS population under Fe and P limitation and are working on a Zn limitation screen.
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Natural Variation: We have analyzed >90 natural accessions and 3 RIL populations (Cvi-Ler, Col-Ler, Van-Col). For examples of how
fruitful this approach is, see our Mo paper above or our paper describing a new allele of HKT1 found in coastal accessions of Arabidopsis in PLOS Genetics. |
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Click here for a PDF tutorial on submitting seed and searching the database.
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Click here for a schematic representation of our Pipeline.
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