Search is not available for this dataset
id string | task_type string | split string | messages list | metadata dict |
|---|---|---|---|---|
train:gen:Ast:SCNN1D:chr1_1351924_1352424:291 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "SCNN1D",
"peak_name": "chr1_1351924_1352424",
"source_relpath": "Ast/1.csv",
"source_row_index": 291,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression... |
train:gen:Ast:SCNN1D:chr1_1358967_1359467:295 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "SCNN1D",
"peak_name": "chr1_1358967_1359467",
"source_relpath": "Ast/1.csv",
"source_row_index": 295,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression... |
train:gen:Ast:SCNN1D:chr1_1361849_1362349:299 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "SCNN1D",
"peak_name": "chr1_1361849_1362349",
"source_relpath": "Ast/1.csv",
"source_row_index": 299,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression... |
train:gen:Ast:SCNN1D:chr1_1511817_1512317:303 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "SCNN1D",
"peak_name": "chr1_1511817_1512317",
"source_relpath": "Ast/1.csv",
"source_row_index": 303,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression... |
train:gen:Ast:ACAP3:chr1_1311508_1312008:307 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "ACAP3",
"peak_name": "chr1_1311508_1312008",
"source_relpath": "Ast/1.csv",
"source_row_index": 307,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression_... |
train:gen:Ast:ACAP3:chr1_1357793_1358293:311 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "ACAP3",
"peak_name": "chr1_1357793_1358293",
"source_relpath": "Ast/1.csv",
"source_row_index": 311,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression_... |
train:gen:Ast:ACAP3:chr1_1360502_1361002:315 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "ACAP3",
"peak_name": "chr1_1360502_1361002",
"source_relpath": "Ast/1.csv",
"source_row_index": 315,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression_... |
train:gen:Ast:ACAP3:chr1_1441903_1442403:319 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "ACAP3",
"peak_name": "chr1_1441903_1442403",
"source_relpath": "Ast/1.csv",
"source_row_index": 319,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression_... |
train:gen:Ast:SDF4:chr1_1001186_1001686:206 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "SDF4",
"peak_name": "chr1_1001186_1001686",
"source_relpath": "Ast/1.csv",
"source_row_index": 206,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression_v... |
train:gen:Ast:SDF4:chr1_1158154_1158654:210 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "SDF4",
"peak_name": "chr1_1158154_1158654",
"source_relpath": "Ast/1.csv",
"source_row_index": 210,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression_v... |
train:gen:Ast:SDF4:chr1_1351924_1352424:214 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "SDF4",
"peak_name": "chr1_1351924_1352424",
"source_relpath": "Ast/1.csv",
"source_row_index": 214,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression_v... |
train:gen:Ast:SDF4:chr1_1358967_1359467:218 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "SDF4",
"peak_name": "chr1_1358967_1359467",
"source_relpath": "Ast/1.csv",
"source_row_index": 218,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression_v... |
train:gen:Ast:SDF4:chr1_1361849_1362349:222 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "SDF4",
"peak_name": "chr1_1361849_1362349",
"source_relpath": "Ast/1.csv",
"source_row_index": 222,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expression_v... |
train:gen:Ast:C1QTNF12:chr1_999929_1000429:247 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "C1QTNF12",
"peak_name": "chr1_999929_1000429",
"source_relpath": "Ast/1.csv",
"source_row_index": 247,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expressio... |
train:gen:Ast:C1QTNF12:chr1_1080049_1080549:251 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "C1QTNF12",
"peak_name": "chr1_1080049_1080549",
"source_relpath": "Ast/1.csv",
"source_row_index": 251,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expressi... |
train:gen:Ast:C1QTNF12:chr1_1330677_1331177:255 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "C1QTNF12",
"peak_name": "chr1_1330677_1331177",
"source_relpath": "Ast/1.csv",
"source_row_index": 255,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expressi... |
train:gen:Ast:TNFRSF18:chr1_1356721_1357221:174 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "TNFRSF18",
"peak_name": "chr1_1356721_1357221",
"source_relpath": "Ast/1.csv",
"source_row_index": 174,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expressi... |
train:gen:Ast:TNFRSF18:chr1_1359687_1360187:178 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "TNFRSF18",
"peak_name": "chr1_1359687_1360187",
"source_relpath": "Ast/1.csv",
"source_row_index": 178,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expressi... |
train:gen:Ast:TNFRSF18:chr1_1371985_1372485:182 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "TNFRSF18",
"peak_name": "chr1_1371985_1372485",
"source_relpath": "Ast/1.csv",
"source_row_index": 182,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expressi... |
train:gen:Ast:TNFRSF4:chr1_1001186_1001686:186 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "TNFRSF4",
"peak_name": "chr1_1001186_1001686",
"source_relpath": "Ast/1.csv",
"source_row_index": 186,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expressio... |
train:gen:Ast:TNFRSF4:chr1_1158154_1158654:190 | enhancer_generation | train | [
{
"role": "system",
"content": "You are a genomics assistant for multimodal regulatory-sequence reasoning. Read structured metadata, promoter DNA, and enhancer DNA together. Use the provided cellular context and TF program. Return concise biological reasoning inside <reasoning_start> and <reasoning_end>. Wh... | {
"cell_type": "Ast",
"gene_name": "TNFRSF4",
"peak_name": "chr1_1158154_1158654",
"source_relpath": "Ast/1.csv",
"source_row_index": 190,
"split_name": "separatedQA",
"reasoning_richness": "raw",
"tf_scan_backend": "exact",
"tf_edit_backend": "exact",
"expression_embedding_key": "Ast",
"expressio... |
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