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GEO help: Mouse over screen elements for information. |
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| Status |
Public on Oct 16, 2017 |
| Title |
Illumina HiSeq 4000 (Candida albicans) |
| Technology type |
high-throughput sequencing |
| Distribution |
virtual |
| Organism |
Candida albicans |
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| Submission date |
Oct 16, 2017 |
| Last update date |
Feb 20, 2018 |
| Contact name |
GEO |
| Country |
USA |
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| Samples (269)
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GSM2809718, GSM2809719, GSM2809720, GSM2809721, GSM2809722, GSM2809723
GSM2809724, GSM2809725, GSM2809726, GSM2809736, GSM2809737, GSM2809738, GSM2809739, GSM2809740, GSM2809741, GSM2809742, GSM2809743, GSM2809744, GSM2809745, GSM2809746, GSM2809747, GSM2809748, GSM2809749, GSM2809750, GSM2809751, GSM2809752, GSM2809753, GSM2809754, GSM2809755, GSM2809756, GSM2809757, GSM2809758, GSM2809759, GSM2809760, GSM2809761, GSM2809762, GSM2985448, GSM2985449, GSM3453250, GSM3453251, GSM3453252, GSM3453253, GSM3453254, GSM3453255, GSM3453256, GSM3453257, GSM3453258, GSM3453259, GSM3453260, GSM3453261, GSM3453262, GSM3453263, GSM3453264, GSM3453265, GSM3453266, GSM3453267, GSM3453268, GSM3453269, GSM3453270, GSM3453271, GSM3453272, GSM3453273, GSM3453274, GSM3453275, GSM3453276, GSM3453277, GSM3453278, GSM3453279, GSM3453280, GSM3453281, GSM3453282, GSM3521423, GSM3521424, GSM3521425, GSM3521426, GSM3521427, GSM3521428, GSM3521434, GSM3521435, GSM3521436, GSM3521437, GSM3521438, GSM3521439, GSM3660664, GSM3660665, GSM3660666, GSM3660667, GSM3660668, GSM3660669, GSM3660670, GSM3660671, GSM3660672, GSM3660673, GSM3660674, GSM3660675, GSM3660676, GSM3660677, GSM3660678, GSM3660679, GSM3660680, GSM3660681, GSM3660682, GSM3660683, GSM3660684, GSM3660685, GSM3660686, GSM3660687, GSM3756640, GSM3756641, GSM3756642, GSM3756643, GSM3756644, GSM3756645, GSM3756646, GSM3756647, GSM3756648, GSM3756649, GSM3756650, GSM3756651, GSM3756652, GSM3756653, GSM3756654, GSM3756655, GSM3756656, GSM3756657, GSM3756658, GSM3756659, GSM3756660, GSM3756661, GSM3756662, GSM3756663, GSM3756664, GSM3756665, GSM3756666, GSM3756667, GSM3756668, GSM3756669, GSM3756670, GSM3756671, GSM3756672, GSM4310082, GSM4310083, GSM4310084, GSM4310085, GSM4310086, GSM4310087, GSM4522949, GSM4522950, GSM4522951, GSM4522952, GSM4522953, GSM4522954, GSM4522955, GSM4522956, GSM4522957, GSM4559743, GSM4559744, GSM4559745, GSM4559746, GSM4559747, GSM4559748, GSM4559749, GSM4559750, GSM4559751, GSM4559752, GSM4559753, GSM4559754, GSM4559755, GSM4559756, GSM4559757, GSM4559758, GSM4559759, GSM4559760, GSM4559761, GSM4559762, GSM4559763, GSM4559796, GSM4559797, GSM4559798, GSM4559799, GSM4559800, GSM4559801, GSM5097905, GSM5097908, GSM5097911, GSM5097914, GSM5097917, GSM5097920, GSM5097923, GSM5097926, GSM5597642, GSM5597643, GSM5597644, GSM5597645, GSM5597646, GSM5597647, GSM6043578, GSM6043579, GSM6043580, GSM6043581, GSM6077774, GSM6077775, GSM6077776, GSM6077777, GSM6077778, GSM6077779, GSM6716329, GSM6716330, GSM6716331, GSM6716332, GSM6716333, GSM6716334, GSM6716335, GSM6716336, GSM6716337, GSM6716338, GSM6716339, GSM6716340, GSM6719994, GSM6719995, GSM6719996, GSM6719997, GSM6719998, GSM6719999, GSM6720000, GSM6720001, GSM6720002, GSM6720003, GSM6720004, GSM6720005, GSM6720006, GSM6720007, GSM6720008, GSM6720009, GSM6720010, GSM6720011, GSM6720012, GSM6720013, GSM6720014, GSM6720015, GSM6720016, GSM6720017, GSM6720018, GSM6720019, GSM6720020, GSM6720021, GSM6720022, GSM6720023, GSM6720024, GSM6720025, GSM6720026, GSM6720027, GSM6720028, GSM6720029, GSM6720030, GSM6720031, GSM6720032, GSM6720033, GSM6720034, GSM6720035, GSM6720036, GSM6720037, GSM6720038, GSM6720039, GSM6720040, GSM6720041, GSM6720042, GSM6720043, GSM6720044
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| Series (16)
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| GSE104900 |
Transcriptomic analysis of SM21 resistant and susceptible haploid Candida albicans strains |
| GSE110291 |
Characterization of a Candida albicans Isolated from a recurrent Cervical Lymphadenitis Patient and it’s Clinic Indication |
| GSE122037 |
Chromatin rewiring mediates programmed evolvability via aneuploidy |
| GSE124137 |
High throughput RNA sequencing of C. albicans colonizing the murine GI tract reveals a role for a secreted effecter in commensalism |
| GSE130948 |
Re-masking of fungal cell wall PAMPs in response to environmental pH is regulated by multiple processes |
| GSE145240 |
Oestrogen promotes innate immune invasion of Candida albicans through inactivation of complement |
| GSE150063 |
High resolution genome-wide occupancy in Candida species using ChEC-seq |
| GSE150855 |
Candida albicans sexual regulators control expression of genes important for commensal fitness [RNA-seq] |
| GSE150856 |
C. albicans white-opaque transcription factor binding recorded in the mammalian gut |
| GSE150879 |
Recording of DNA binding events during gut commensalism reveals the action of a repurposed Candida albicans regulatory network |
| GSE167137 |
Transcriptional changes between mono- and dual-species biofilms of Pseudomonas aeruginosa and Candida albicans, ± meropenem treatment |
| GSE184807 |
Transcriptomic characterization of Candida albicans in response to Aureobasidin treatment in vitro. |
| GSE200778 |
A computational workflow for the analysis of 3’ Tag-Seq data |
| GSE201904 |
Design principles and applications of a CRISPR activation system for facile genetic overexpression in Candida albicans |
| GSE217383 |
Inferring gene regulatory networks via transcriptional profiles as associated dynamical attractors |
| GSE217461 |
Inferring gene regulatory networks via transcriptional profiles as associated dynamical attractors |
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| Supplementary data files not provided |
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