Array
(
[articles] => Array
(
[0] => Array
(
[post_title] => Nanog-2A-tdTomato-IRES-Puro
[gene_symbol] => Nanog
[gene_synonyms] => ENK,ecat4,2410002E02Rik
[keywords] =>
[strain_name] => C57BL/6Smoc-Nanogtm2(2A-tdTomato-IRES-Puro-FRT-polyA-PGK-Neo-polyA-FRT)Smoc
[mutation_type] => Knock-in
[model_id] => NM-KI-200246
[post_excerpt] =>
[post_content] => A 2A-tdTomato-IRES-Puro-FRT-polyA-PGK-Neo-polyA-FRT expression cassette was knocked into the Nanog gene stop codon site.
[research_application] => Fluorescence Tracer Mice
[id] => 173504
[post_type] => 3
[is_top] => 0
[post_hits] => 1088
[post_status] => 1
[post_keywords] =>
[delete_time] => 0
[published_time] => 1596184620
[create_time] => 2020-07-31 16:37:47
[update_time] => 2025-08-26 12:21:59
[classification] =>
[meta] => Array
(
[gene] => Array
(
[valueKey] => 140447
[valueText] => Nanog
)
[color] => Black
[mgi_id] => Array
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[0] => 1919200
)
[ncbi_id] => Array
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[0] => 71950
)
[model_id] => NM-KI-200246
[ensembl_id] => Array
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[0] => ENSMUSG00000012396
)
[references] => Array
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[valueKey] =>
[valueText] =>
)
[gene_symbol] => Nanog
[strain_name] => C57BL/6Smoc-Nanogtm2(2A-tdTomato-IRES-Puro-FRT-polyA-PGK-Neo-polyA-FRT)Smoc
[verify_data] => <p><img src="https://videos.modelorg.com/default/20210823/95e464101106722acb13d43cc060ae50.png!original" title="NM-KI-200246 Nanog-2A-tdTomato-IRES-Puro.png" alt="NM-KI-200246 Nanog-2A-tdTomato-IRES-Puro.png"/></p><p>Fig. 1 Detection of tdTomato (red) in the Nanog<sup>tdTomato/+</sup> embryos at early stage. Nanog<sup>tdTomato/+</sup> fertilized eggs were isolated at day 2 and cultured for a further 2-3 days <em>in vitro</em>.</p>
[availability] => 精子冻存
[gene_synonyms] => Array
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[0] => ENK
[1] => ecat4
[2] => 2410002E02Rik
)
[mutation_type] => Knock-in
[human_orthologs] => Array
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[0] => NANOG
)
[genetic_background] => C57BL/6
[research_application] => Fluorescence Tracer Mice
)
[availability] => 精子冻存
[genetic_background] => C57BL/6
[categories] => Array
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[0] => U-GEMMs
[1] => Standard GEMMs
[2] => Regular Knockins
)
[post_type_sort] => 100
[has_verify_data] => 1
)
[1] => Array
(
[post_title] => Slc32a1-IRES-Cre(SD)
[gene_symbol] => Slc32a1
[gene_synonyms] =>
[keywords] =>
[strain_name] => SD-Slc32a1em1(IRES-iCre)Smoc
[mutation_type] =>
[model_id] => NR-KI-190002
[post_excerpt] =>
[post_content] => A IRES-iCre expression cassette was knocked into the Slc32a1 gene stop codon site.
[research_application] =>
[id] => 1443209
[post_type] => 3
[is_top] => 0
[post_hits] => 0
[post_status] => 1
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[delete_time] => 0
[published_time] => 1752657916
[create_time] => 2025-07-16 17:25:16
[update_time] => 2025-07-16 17:25:16
[classification] =>
[meta] => Array
(
[gene] => Array
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[valueKey] => 129608
[valueText] => Slc32a1
)
[model_id] => NR-KI-190002
[gene_symbol] => Slc32a1
[strain_name] => SD-Slc32a1em1(IRES-iCre)Smoc
[availability] => 胚胎冻存
)
[availability] => 胚胎冻存
[genetic_background] =>
[categories] => Array
(
[0] => U-GEMMs
)
[post_type_sort] => 100
[has_verify_data] =>
)
[2] => Array
(
[post_title] => Camk2a-IRES-Cre(SD)
[gene_symbol] => Camk2a
[gene_synonyms] =>
[keywords] =>
[strain_name] => SD-Camk2aem1(IRES-iCre)Smoc
[mutation_type] =>
[model_id] => NR-KI-190004
[post_excerpt] =>
[post_content] => A IRES-iCre expression cassette was knocked into the Camk2a gene stop codon site.
[research_application] =>
[id] => 1443213
[post_type] => 3
[is_top] => 0
[post_hits] => 0
[post_status] => 1
[post_keywords] =>
[delete_time] => 0
[published_time] => 1752657923
[create_time] => 2025-07-16 17:25:23
[update_time] => 2025-07-16 17:25:23
[classification] =>
[meta] => Array
(
[gene] => Array
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[valueKey] => 130573
[valueText] => Camk2a
)
[model_id] => NR-KI-190004
[gene_symbol] => Camk2a
[strain_name] => SD-Camk2aem1(IRES-iCre)Smoc
[availability] => 胚胎冻存
)
[availability] => 胚胎冻存
[genetic_background] =>
[categories] => Array
(
[0] => U-GEMMs
)
[post_type_sort] => 100
[has_verify_data] =>
)
[3] => Array
(
[post_title] => Slc6a3-IRES-Cre(SD)
[gene_symbol] => Slc6a3
[gene_synonyms] =>
[keywords] =>
[strain_name] => SD-Slc6a3em1(IRES-iCre)Smoc
[mutation_type] =>
[model_id] => NR-KI-190006
[post_excerpt] =>
[post_content] => A IRES-iCre expression cassette was knocked into the Slc6a3 gene stop codon site.
[research_application] =>
[id] => 1443217
[post_type] => 3
[is_top] => 0
[post_hits] => 0
[post_status] => 1
[post_keywords] =>
[delete_time] => 0
[published_time] => 1752657930
[create_time] => 2025-07-16 17:25:30
[update_time] => 2025-07-16 17:25:30
[classification] =>
[meta] => Array
(
[gene] => Array
(
[valueKey] => 132999
[valueText] => Slc6a3
)
[model_id] => NR-KI-190006
[gene_symbol] => Slc6a3
[strain_name] => SD-Slc6a3em1(IRES-iCre)Smoc
[availability] => 胚胎冻存
)
[availability] => 胚胎冻存
[genetic_background] =>
[categories] => Array
(
[0] => U-GEMMs
)
[post_type_sort] => 100
[has_verify_data] =>
)
[4] => Array
(
[post_title] => Park7-KO
[gene_symbol] => Park7
[gene_synonyms] => Dj1,DJ-1
[keywords] => Parkinson's disease 7
[strain_name] => C57BL/6Smoc-Park7em1Smoc
[mutation_type] => Knockout
[model_id] => NM-KO-191006
[post_excerpt] =>
[post_content] => Exon 3-5 of Park7 gene was deleted to generate Park7 knockout mice.
[research_application] => a sensor for oxidative stress, autosomal recessive early-onset Parkinson disease 7
[id] => 171954
[post_type] => 3
[is_top] => 0
[post_hits] => 5146
[post_status] => 1
[post_keywords] =>
[delete_time] => 0
[published_time] => 1572491540
[create_time] => 2019-10-31 11:12:20
[update_time] => 2025-08-26 17:32:22
[classification] =>
[meta] => Array
(
[gene] => Array
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[valueKey] => 133813
[valueText] => Park7
)
[color] => Black
[notes] =>
[mgi_id] => Array
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[0] => 2135637
)
[ncbi_id] => Array
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[0] => 57320
)
[model_id] => NM-KO-191006
[ensembl_id] => Array
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[0] => ENSMUSG00000028964
)
[gene_symbol] => Park7
[strain_name] => C57BL/6Smoc-Park7em1Smoc
[availability] => 胚胎冻存
[disease_model] => Array
(
[valueKey] => 64575
[valueText] => Parkinson's disease 7
)
[gene_synonyms] => Array
(
[0] => Dj1
[1] => DJ-1
)
[mutation_type] => Knockout
[classification] =>
[human_orthologs] => Array
(
[0] => PARK7
)
[genetic_background] => C57BL/6
[research_application] => a sensor for oxidative stress, autosomal recessive early-onset Parkinson disease 7
)
[availability] => 胚胎冻存
[genetic_background] => C57BL/6
[categories] => Array
(
[0] => U-GEMMs
[1] => Disease Mice
[2] => Rare Disease
[3] => Nervous System Disease
[4] => Standard GEMMs
[5] => Knockouts
)
[post_type_sort] => 100
[has_verify_data] =>
)
[5] => Array
(
[post_title] => A26c3-Flox
[gene_symbol] => A26c3
[gene_synonyms] => 4930430A15Rik
[keywords] =>
[strain_name] => C57BL/6Smoc-A26c3em1(flox)Smoc
[mutation_type] => Conditional knockout
[model_id] => TBD
[post_excerpt] =>
[post_content] => These mice carry loxP sites flanking target exons of A26c3 gene. When crossed with a Cre recombinase-expressing strain, this strain is useful in eliminating tissue-specific conditional expression of A26c3 gene.
[research_application] =>
[id] => 206638
[post_type] => 3
[is_top] => 0
[post_hits] => 6367
[post_status] => 1
[post_keywords] =>
[delete_time] => 0
[published_time] => 1615531701
[create_time] => 1615531701
[update_time] => 1709022591
[classification] =>
[meta] => Array
(
[color] => Black
[notes] =>
[mgi_id] => Array
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[0] => 1914825
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[ncbi_id] => Array
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[0] => 67575
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[model_id] => TBD
[ensembl_id] => Array
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[0] => ENSMUSG00000027157
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[gene_symbol] => Array
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[0] => A26c3
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[strain_name] => C57BL/6Smoc-A26c3em1(flox)Smoc
[availability] => 在研
[gene_synonyms] => Array
(
[0] => 4930430A15Rik
)
[mutation_type] => Conditional knockout
[classification] =>
[human_orthologs] => Array
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[0] => POTEA
)
[genetic_background] => C57BL/6
[research_application] =>
)
[availability] => 在研
[genetic_background] => C57BL/6
[categories] => Array
(
[0] => U-GEMMs
[1] => Standard GEMMs
[2] => Conditional Knockouts
)
[post_type_sort] => 100
[has_verify_data] =>
)
[6] => Array
(
[post_title] => A1bg-Flox
[gene_symbol] => A1bg
[gene_synonyms] => C44
[keywords] =>
[strain_name] => C57BL/6Smoc-A1bgem1(flox)Smoc
[mutation_type] => Conditional knockout
[model_id] => TBD
[post_excerpt] =>
[post_content] => These mice carry loxP sites flanking target exons of A1bg gene. When crossed with a Cre recombinase-expressing strain, this strain is useful in eliminating tissue-specific conditional expression of A1bg gene.
[research_application] =>
[id] => 192995
[post_type] => 3
[is_top] => 0
[post_hits] => 6079
[post_status] => 1
[post_keywords] =>
[delete_time] => 0
[published_time] => 1615530959
[create_time] => 1615530959
[update_time] => 1709021568
[classification] =>
[meta] => Array
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[color] => Black
[notes] =>
[mgi_id] => Array
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[0] => 2152878
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[ncbi_id] => Array
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[0] => 117586
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[model_id] => TBD
[ensembl_id] => Array
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[0] => ENSMUSG00000022347
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[gene_symbol] => Array
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[0] => A1bg
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[strain_name] => C57BL/6Smoc-A1bgem1(flox)Smoc
[availability] => 在研
[gene_synonyms] => Array
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[0] => C44
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[mutation_type] => Conditional knockout
[classification] =>
[human_orthologs] => Array
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[0] => A1BG
)
[genetic_background] => C57BL/6
[research_application] =>
)
[availability] => 在研
[genetic_background] => C57BL/6
[categories] => Array
(
[0] => U-GEMMs
[1] => Standard GEMMs
[2] => Conditional Knockouts
)
[post_type_sort] => 100
[has_verify_data] =>
)
[7] => Array
(
[post_title] => A2m-Flox
[gene_symbol] => A2m
[gene_synonyms] => A2mp
[keywords] =>
[strain_name] => C57BL/6Smoc-A2mem1(flox)Smoc
[mutation_type] => Conditional knockout
[model_id] => TBD
[post_excerpt] =>
[post_content] => These mice carry loxP sites flanking target exons of A2m gene. When crossed with a Cre recombinase-expressing strain, this strain is useful in eliminating tissue-specific conditional expression of A2m gene.
[research_application] =>
[id] => 190350
[post_type] => 3
[is_top] => 0
[post_hits] => 5976
[post_status] => 1
[post_keywords] =>
[delete_time] => 0
[published_time] => 1615530916
[create_time] => 1615530916
[update_time] => 1709021363
[classification] =>
[meta] => Array
(
[color] => Black
[notes] =>
[mgi_id] => Array
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[0] => 2449119
)
[ncbi_id] => Array
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[0] => 232345
)
[model_id] => TBD
[ensembl_id] => Array
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[0] => ENSMUSG00000030111
)
[gene_symbol] => Array
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[0] => A2m
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[strain_name] => C57BL/6Smoc-A2mem1(flox)Smoc
[availability] => 在研
[gene_synonyms] => Array
(
[0] => A2mp
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[mutation_type] => Conditional knockout
[classification] =>
[human_orthologs] => Array
(
[0] => A2M
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[genetic_background] => C57BL/6
[research_application] =>
)
[availability] => 在研
[genetic_background] => C57BL/6
[categories] => Array
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[0] => U-GEMMs
[1] => Standard GEMMs
[2] => Conditional Knockouts
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[post_type_sort] => 100
[has_verify_data] =>
)
[8] => Array
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[post_title] => A1cf-Flox
[gene_symbol] => A1cf
[gene_synonyms] => ASP,Acf,MCM,mer,ACF64,ACF65,MerCreMer,1810073H04Rik,9130016M20Rik,alpha-MHC-MerCreMer,alphaMHC-Cre-Mer-Cre,Tg(Myh6-cre/Esr1*)1Jmk
[keywords] =>
[strain_name] => C57BL/6Smoc-A1cfem1(flox)Smoc
[mutation_type] => Conditional knockout
[model_id] => TBD
[post_excerpt] =>
[post_content] => These mice carry loxP sites flanking target exons of A1cf gene. When crossed with a Cre recombinase-expressing strain, this strain is useful in eliminating tissue-specific conditional expression of A1cf gene.
[research_application] =>
[id] => 192523
[post_type] => 3
[is_top] => 0
[post_hits] => 5832
[post_status] => 1
[post_keywords] =>
[delete_time] => 0
[published_time] => 1615530952
[create_time] => 1615530952
[update_time] => 1709021532
[classification] =>
[meta] => Array
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[color] => Black
[notes] =>
[mgi_id] => Array
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[0] => 1917115
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[ncbi_id] => Array
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[0] => 69865
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[model_id] => TBD
[ensembl_id] => Array
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[0] => ENSMUSG00000052595
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[gene_symbol] => Array
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[0] => A1cf
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[strain_name] => C57BL/6Smoc-A1cfem1(flox)Smoc
[availability] => 在研
[gene_synonyms] => Array
(
[0] => ASP
[1] => Acf
[2] => MCM
[3] => mer
[4] => ACF64
[5] => ACF65
[6] => MerCreMer
[7] => 1810073H04Rik
[8] => 9130016M20Rik
[9] => alpha-MHC-MerCreMer
[10] => alphaMHC-Cre-Mer-Cre
[11] => Tg(Myh6-cre/Esr1*)1Jmk
)
[mutation_type] => Conditional knockout
[classification] =>
[human_orthologs] => Array
(
[0] => A1CF
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[genetic_background] => C57BL/6
[research_application] =>
)
[availability] => 在研
[genetic_background] => C57BL/6
[categories] => Array
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[0] => U-GEMMs
[1] => Standard GEMMs
[2] => Conditional Knockouts
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[post_type_sort] => 100
[has_verify_data] =>
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[9] => Array
(
[post_title] => A2ml1-Flox
[gene_symbol] => A2ml1
[gene_synonyms] => Ovos,Ovos2
[keywords] =>
[strain_name] => C57BL/6Smoc-A2ml1em1(flox)Smoc
[mutation_type] => Conditional knockout
[model_id] => TBD
[post_excerpt] =>
[post_content] => These mice carry loxP sites flanking target exons of A2ml1 gene. When crossed with a Cre recombinase-expressing strain, this strain is useful in eliminating tissue-specific conditional expression of A2ml1 gene.
[research_application] =>
[id] => 196678
[post_type] => 3
[is_top] => 0
[post_hits] => 5254
[post_status] => 1
[post_keywords] =>
[delete_time] => 0
[published_time] => 1615531283
[create_time] => 1615531283
[update_time] => 1709021845
[classification] =>
[meta] => Array
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[0] => 3039594
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[ncbi_id] => Array
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[0] => 232400
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[model_id] => TBD
[ensembl_id] => Array
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[0] => ENSMUSG00000047228
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[gene_symbol] => Array
(
[0] => A2ml1
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[strain_name] => C57BL/6Smoc-A2ml1em1(flox)Smoc
[availability] => 在研
[gene_synonyms] => Array
(
[0] => Ovos
[1] => Ovos2
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[mutation_type] => Conditional knockout
[classification] =>
[human_orthologs] => Array
(
[0] => A2ML1
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[genetic_background] => C57BL/6
[research_application] =>
)
[availability] => 在研
[genetic_background] => C57BL/6
[categories] => Array
(
[0] => U-GEMMs
[1] => Standard GEMMs
[2] => Conditional Knockouts
)
[post_type_sort] => 100
[has_verify_data] =>
)
)
[page] => Prev 12...3334353637...29772978 Next
[total] => 29779
)