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GEO help: Mouse over screen elements for information. |
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| Status |
Public on Oct 11, 2017 |
| Title |
Illumina NextSeq 500 (Bacillus subtilis) |
| Technology type |
high-throughput sequencing |
| Distribution |
virtual |
| Organism |
Bacillus subtilis |
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| Submission date |
Oct 11, 2017 |
| Last update date |
Oct 11, 2017 |
| Contact name |
GEO |
| Country |
USA |
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| Samples (453)
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GSM2808311, GSM2808312, GSM2808313, GSM2808314, GSM2808315, GSM2808316
GSM2808317, GSM2808318, GSM2808319, GSM2808320, GSM2808321, GSM2808322, GSM2830237, GSM2830238, GSM2830239, GSM2830240, GSM2830241, GSM2830242, GSM3359897, GSM3359898, GSM3359899, GSM3359900, GSM3359901, GSM3594042, GSM3594043, GSM3594044, GSM3594045, GSM3594046, GSM3594047, GSM3594048, GSM3594049, GSM3594050, GSM3594051, GSM3594052, GSM3594053, GSM3594054, GSM3594055, GSM3594056, GSM3594057, GSM3594058, GSM3594059, GSM3594060, GSM3594061, GSM3594062, GSM3594063, GSM3594064, GSM3594065, GSM4200538, GSM4200539, GSM4200540, GSM4200541, GSM4200542, GSM4200543, GSM4200544, GSM4200545, GSM4200546, GSM4200547, GSM4200548, GSM4200549, GSM4200550, GSM4200551, GSM4200552, GSM4200553, GSM4200554, GSM4200555, GSM4200556, GSM4200557, GSM4200558, GSM4200559, GSM4200560, GSM4200561, GSM4200562, GSM4200563, GSM4200564, GSM4200565, GSM4200566, GSM4200567, GSM4200568, GSM4645321, GSM4645322, GSM4645323, GSM4645324, GSM4645325, GSM4645326, GSM4645327, GSM4645328, GSM4645329, GSM4645330, GSM4645331, GSM4645332, GSM4645333, GSM4645334, GSM4645335, GSM4645336, GSM4645337, GSM4645338, GSM4645339, GSM4645340, GSM4645341, GSM4645342, GSM4645343, GSM4645344, GSM4645345, GSM4645346, GSM4645347, GSM4645348, GSM4645349, GSM4645350, GSM4672499, GSM4672500, GSM4672501, GSM4672502, GSM4672503, GSM4672504, GSM4672505, GSM4672506, GSM4673456, GSM4673457, GSM4673458, GSM4673459, GSM4673460, GSM4673461, GSM4673462, GSM4673463, GSM4944036, GSM4944037, GSM4944038, GSM4944039, GSM4944040, GSM4944041, GSM4944042, GSM4944043, GSM4944044, GSM4944045, GSM4944046, GSM4944047, GSM4944048, GSM4944049, GSM4944050, GSM4944051, GSM4944052, GSM4944057, GSM4944058, GSM4944059, GSM4944060, GSM4944061, GSM4944062, GSM4944063, GSM4944064, GSM4944065, GSM4944066, GSM4944067, GSM4944068, GSM4944069, GSM4944070, GSM4944073, GSM4944074, GSM4944075, GSM4944076, GSM4944077, GSM4944078, GSM4944079, GSM4944080, GSM4944081, GSM4944082, GSM4944083, GSM4944085, GSM4944086, GSM4944087, GSM4944088, GSM4944089, GSM4944090, GSM4944091, GSM4944092, GSM4944093, GSM4944094, GSM4944095, GSM4944096, GSM4944097, GSM4944098, GSM4944099, GSM4944100, GSM4944101, GSM4944102, GSM4944103, GSM4944104, GSM4944105, GSM4944106, GSM4944107, GSM4944108, GSM4944109, GSM4944110, GSM4944111, GSM4944112, GSM4944113, GSM4944114, GSM4944115, GSM4944116, GSM4944117, GSM4944118, GSM4944119, GSM4944120, GSM4944121, GSM4944122, GSM4944123, GSM4944124, GSM4944125, GSM4944126, GSM4944127, GSM4944128, GSM4944129, GSM4944130, GSM4944131, GSM4944132, GSM4944133, GSM4944134, GSM4944135, GSM4944136, GSM4944137, GSM4944138, GSM4944139, GSM4944140, GSM4944141, GSM4944142, GSM4981956, GSM4981957, GSM4981958, GSM4981959, GSM4981960, GSM4981961, GSM4981962, GSM4981963, GSM4981964, GSM4981965, GSM4981966, GSM4981967, GSM4981968, GSM4981969, GSM4981970, GSM4981971, GSM4981972, GSM4981973, GSM4981974, GSM4981975, GSM4981976, GSM4981977, GSM4981978, GSM4981979, GSM4981980, GSM4981981, GSM4981982, GSM4981983, GSM4981984, GSM4981985, GSM4981986, GSM4981987, GSM4981988, GSM4981989, GSM4981990, GSM4981991, GSM4981993, GSM4981995, GSM4981997, GSM4981999, GSM4982003, GSM4982004, GSM4982005, GSM4982006, GSM4982007, GSM4982008, GSM4982017, GSM4982018, GSM5281858, GSM5281859, GSM5665654, GSM5665655, GSM5665656, GSM5665657, GSM5665658, GSM5665659, GSM5665660, GSM5665661, GSM5665662, GSM5665663, GSM5665664, GSM5665665, GSM5665666, GSM5665667, GSM5665668, GSM5665669, GSM5665670, GSM5665671, GSM5665672, GSM5665673, GSM5665674, GSM5665675, GSM5665676, GSM5665677, GSM5665678, GSM5665679, GSM5665680, GSM5665681, GSM5665682, GSM5665683, GSM5665684, GSM5665685, GSM5665686, GSM5665687, GSM5665688, GSM5665689, GSM5665690, GSM5665691, GSM5665692, GSM5665693, GSM5665694, GSM5665695, GSM5695797, GSM5724629, GSM5724630, GSM5724631, GSM5724632, GSM5724633, GSM5724634, GSM5724635, GSM5724636, GSM5840775, GSM5840776, GSM5840777, GSM5840778, GSM5840779, GSM5840780, GSM5840781, GSM5840782, GSM5840783, GSM5840784, GSM5840785, GSM5840786, GSM5840787, GSM5840788, GSM6166410, GSM6166411, GSM6166412, GSM6166413, GSM6166414, GSM6166415, GSM6253518, GSM6253519, GSM6253520, GSM6253521, GSM6253522, GSM6253523, GSM6253539, GSM6253540, GSM6253541, GSM6253542, GSM6253543, GSM6253544, GSM6253545, GSM6253546, GSM6253547, GSM6253548, GSM6253549, GSM6253550, GSM6253551, GSM6253552, GSM6253553, GSM6253554, GSM6253555, GSM6253556, GSM6253557, GSM6253558, GSM6253559, GSM6253560, GSM6253561, GSM6253562, GSM6253563, GSM6253564, GSM6253565, GSM6253566, GSM6253567, GSM6253568, GSM7947710, GSM7947711, GSM7947712, GSM7947713, GSM7947714, GSM7947715, GSM7947716, GSM7947717, GSM7947718, GSM7947719, GSM7947720, GSM7947721, GSM7947722, GSM7947723, GSM7947724, GSM7947725, GSM7947726, GSM7947727, GSM7947728, GSM7947729, GSM7947730, GSM7947731, GSM7947732, GSM7947733, GSM7947734, GSM7947735, GSM7947736, GSM7947737, GSM7947738, GSM7947739, GSM7947740, GSM7947741, GSM7947742, GSM7947743, GSM7947744, GSM7947745, GSM7947746, GSM7947747, GSM7947748, GSM7947749, GSM7947750, GSM7947751, GSM7947752, GSM7947753, GSM7947754, GSM7947755, GSM7947756, GSM7947757, GSM7947758, GSM7947759, GSM7947760, GSM7947761, GSM7947762, GSM7947763, GSM7947764, GSM7947765, GSM7947766, GSM7947767, GSM7947768, GSM7947769, GSM7947770, GSM7947771, GSM7947772, GSM7947773, GSM8067970, GSM8067971, GSM8067972, GSM8067973, GSM8067974, GSM8067975, GSM8067976, GSM8067977
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| Series (25)
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| GSE104816 |
Transcriptional profiling of Bacillus subtilis WT (ABS2005) and ydcH mutant (ASEC56) |
| GSE106133 |
Genome-wide identification of natural RNA aptamers in prokaryotes and eukaryotes |
| GSE119163 |
Genome-wide characterization of the Fur regulatory network reveals a link between catechol degradation and bacillibactin metabolism in Bacillus subtilis |
| GSE126233 |
Suppressor mutations in ribosomal proteins and FliY restore Bacillus subtilis swarming motility in the absence of EF-P [RNA sequencing] |
| GSE126234 |
Suppressor mutations in ribosomal proteins and FliY restore Bacillus subtilis swarming motility in the absence of EF-P [Ribosome Profiling] |
| GSE126235 |
Suppressor mutations in ribosomal proteins and FliY restore Bacillus subtilis swarming motility in the absence of EF-P. |
| GSE141305 |
Transcriptome analysis of developing Bacillus subtilis biofilms |
| GSE153497 |
RNA degradation analysis reveals ribosome dynamics in complex microbiome samples |
| GSE154522 |
NusG is an intrinsic transcription termination factor that stimulates motility and cooperatively coordinates global gene expression with NusA |
| GSE154563 |
SHAPE analysis of RNA structure in living cells with unprecedented accuracy |
| GSE162169 |
Spurious regulatory connections dictate the expression-fitness landscape of translation factors |
| GSE163573 |
A low Smc flux avoids collisions and facilitates chromosome organization in B. subtilis |
| GSE173854 |
Levels and Characteristics of mRNAs in Dormant Spores of Firmicute Species |
| GSE187004 |
Phage-encoded sigma factors alter bacterial dormancy |
| GSE188366 |
Rho stimulates both Rho-dependent and intrinsic termination in Bacillus subtilis |
| GSE189181 |
Ubiquitous mRNA decay fragments in E. coli redefine the functional transcriptome |
| GSE190491 |
The ParB clamp docks onto Smc for DNA loading via a joint-ParB interface |
| GSE195579 |
Termination factor Rho mediates transcriptional reprogramming of Bacillus subtilis stationary phase |
| GSE206423 |
BaM-seq and TBaM-seq, highly multiplexed and targeted RNA-seq protocols for rapid, low-cost library generation from bacterial samples [BaM-seq] |
| GSE206424 |
BaM-seq and TBaM-seq, highly multiplexed and targeted RNA-seq protocols for rapid, low-cost library generation from bacterial samples [TBaM-seq] |
| GSE206425 |
OnePot-seq and OPT-seq, highly multiplexed and targeted RNA-seq protocols for rapid, low-cost library generation |
| GSE217715 |
A quantitative model for the transcriptional landscape of the bacterial cell cycle |
| GSE249448 |
Translation in Bacillus subtilis is spatially and temporally coordinated during sporulation [Ribo-seq] |
| GSE249449 |
Translation in Bacillus subtilis is spatially and temporally coordinated during sporulation [RNA-seq] |
| GSE249450 |
Translation in Bacillus subtilis is spatially and temporally coordinated during sporulation |
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| Supplementary data files not provided |
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