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GEO help: Mouse over screen elements for information. |
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| Status |
Public on Jul 05, 2019 |
| Title |
Illumina NextSeq 500 (Triticum aestivum) |
| Technology type |
high-throughput sequencing |
| Distribution |
virtual |
| Organism |
Triticum aestivum |
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| Submission date |
Jul 05, 2019 |
| Last update date |
Jul 05, 2019 |
| Contact name |
GEO |
| Country |
USA |
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| Samples (203)
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GSM3929160, GSM3929161, GSM3929165, GSM3929166, GSM3929167, GSM3929168
GSM3929169, GSM5182739, GSM5625101, GSM5625102, GSM5625103, GSM5625104, GSM5625105, GSM5625106, GSM5625107, GSM5625108, GSM5625109, GSM5625110, GSM5625111, GSM5625112, GSM5625113, GSM5625114, GSM5625115, GSM5625116, GSM5625117, GSM5625118, GSM5625119, GSM5625120, GSM5625121, GSM5625122, GSM5625123, GSM5625124, GSM5625125, GSM5625126, GSM5625127, GSM5625128, GSM5625129, GSM5625130, GSM5625131, GSM5625132, GSM5625133, GSM5625134, GSM5625135, GSM5625136, GSM5625137, GSM5625138, GSM5625139, GSM5625140, GSM5625141, GSM5625142, GSM5625143, GSM5625144, GSM5625145, GSM5625146, GSM5625147, GSM5625148, GSM5625149, GSM5625150, GSM5625151, GSM5625152, GSM5625153, GSM5625154, GSM5625155, GSM5625156, GSM5625157, GSM5625158, GSM5625159, GSM5625160, GSM5625161, GSM5625162, GSM5625163, GSM5625164, GSM5625165, GSM5625166, GSM5625167, GSM5625168, GSM5625169, GSM5625170, GSM5625171, GSM5625172, GSM5730453, GSM5730454, GSM5730455, GSM5730456, GSM5730457, GSM5730458, GSM5750390, GSM5750391, GSM5750392, GSM5750393, GSM5750394, GSM5750395, GSM5750396, GSM5750397, GSM5750398, GSM5750399, GSM5750400, GSM5750401, GSM5750402, GSM5750403, GSM5750404, GSM5750405, GSM5750406, GSM5750407, GSM5750408, GSM5750409, GSM5750410, GSM5750411, GSM5750412, GSM5750413, GSM5750414, GSM5750415, GSM5750416, GSM5750417, GSM5750418, GSM5750419, GSM5750420, GSM5750421, GSM5750422, GSM5750423, GSM5750424, GSM5750425, GSM5750426, GSM5750427, GSM5750428, GSM5750429, GSM5750430, GSM5750431, GSM5750432, GSM5750433, GSM5750434, GSM5750435, GSM5750436, GSM5750437, GSM5750438, GSM5750439, GSM5750440, GSM5750441, GSM5750442, GSM5750443, GSM5750444, GSM5750445, GSM5750446, GSM5750447, GSM5750448, GSM5750449, GSM5750450, GSM5750451, GSM5750452, GSM5750453, GSM5750454, GSM5750455, GSM5750456, GSM5750457, GSM5750458, GSM5750459, GSM5750460, GSM5750461, GSM7763328, GSM7763329, GSM7763330, GSM7763331, GSM7763332, GSM7763333, GSM7763334, GSM7763335, GSM7763336, GSM7763337, GSM7763338, GSM7763339, GSM7763340, GSM7763341, GSM7763342, GSM7763343, GSM7763344, GSM7763345, GSM7763346, GSM7763347, GSM7763348, GSM7763349, GSM7763350, GSM7763351, GSM7763352, GSM7763353, GSM7763354, GSM7763355, GSM7763356, GSM7763357, GSM7763358, GSM7763359, GSM7763360, GSM7763361, GSM7763362, GSM7763363, GSM7763364, GSM7763365, GSM7763366, GSM7763367, GSM7763368, GSM7763369, GSM7763370, GSM7763371, GSM7763372
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| Series (10)
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| GSE133879 |
Chromatin architecture in hexaploid wheat is hierarchically organized around genome territories and transcription factories (Wheat_ATAC) |
| GSE133880 |
Chromatin architecture in hexaploid wheat is hierarchically organized around genome territories and transcription factories (Wheat_ChIP) |
| GSE133883 |
Chromatin architecture in hexaploid wheat is hierarchically organized around genome territories and transcription factories (Wheat Hi-ChIP) |
| GSE133884 |
Chromatin architecture in hexaploid wheat is hierarchically organized around genome territories and transcription factories (Wheat_RNAseq) |
| GSE133885 |
Chromatin architecture in hexaploid wheat is hierarchically organized around genome territories and transcription factories |
| GSE169088 |
3D genomics across the tree of life reveals condensin II as a determinant of architecture type |
| GSE185875 |
OsPSTOL1 is prevalent in upland rice and enhances root growth and phosphate sufficiency in wheat |
| GSE190755 |
Genome-Wide Investigation and Functional Analysis of RNA Editing Sites in Wheat |
| GSE192518 |
Transcriptome of Triticum aestivum genotypes associated with resistance against the Wheat dwarf virus |
| GSE242417 |
An endophytic Magnaporthaceae species reduces take-all disease in wheat through the induction of cell-wall mediated defence response pathways |
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| Supplementary data files not provided |
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