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Academic Journal

The use of DNA-microarray technology to research the cell cycle and tumour-specific expression profiles.

Authors : Kerkhoven, Ron M.; Scheijen, Blanca; Bronk, Marieke

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p54. 2p.

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Academic Journal

Profiling expression patterns of 2,214 unigenes in mouse craniofacial development by cDNA microarray analysis.

Authors : Li, Haochuan; Chen, Yidong; Jiang, Yuan

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p57. 2p.

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Academic Journal

Microarray analysis of gene expression patterns during neuronal differentiation of embryonic stem cells.

Authors : Loring, J.F.; Wesselschmidt, R.; Fuhrman, S.

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p59. 2p.

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Academic Journal

Universal and flexible DNA microarray approach: arrayed primer extension.

Authors : Metspalu, Andres; Tõnisson, Neeme; Lõhmussaar, Elin

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p62. 2p.

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Academic Journal

Gene expression profiling using a mouse full-length 20 K cDNA microarray.

Authors : Okazaki, Yasushi; Miki, Rika; Mizuno, Yosuke

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p66. 2p.

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Academic Journal

Identification of suppressor genes associated with the chromosome 6-mediated suppressed melanoma cell UACC903(+6) by cDNA microarray.

Authors : Su, Yan A.; Bittner, Michael L.; Chen, Yidong

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p76. 2p.

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Academic Journal

Discovery of putative transcription factor binding sites from microarray-based gene expression profiles.

Authors : Vilo, Jaak; Brazma, Alvis; Jonassen, Inge

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p79. 2p.

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Academic Journal

Identification of genes involved in hormone-independent prostate cancer by cDNA microarrays, followed by in vivo analysis of selected genes using tissue microarray analysis.

Authors : Mousses, S.; Bubendorf, L.; Kononen, J.

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p64. 1p.

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Academic Journal

Statistical methods for the characterisation of tumour types using cDNA microarray data.

Authors : Dudoit, Sandrine

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p42. 1p.

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Academic Journal

Application of microarray technology to identify novel components of the mammalian circadian clock.

Authors : Duffield, Giles E.; Wahleithner, Jill A.; Best, Jonathan D.

Source: Nature Genetics. Nov99 Supplement, Vol. 23, p42. 1p.

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فلترة النتائج

The use of DNA-microarray technology to research the cell cycle and tumour-specific expression profiles.

Profiling expression patterns of 2,214 unigenes in mouse craniofacial development by cDNA microarray analysis.

Microarray analysis of gene expression patterns during neuronal differentiation of embryonic stem cells.

Universal and flexible DNA microarray approach: arrayed primer extension.

Gene expression profiling using a mouse full-length 20 K cDNA microarray.

Identification of suppressor genes associated with the chromosome 6-mediated suppressed melanoma cell UACC903(+6) by cDNA microarray.

Discovery of putative transcription factor binding sites from microarray-based gene expression profiles.

Identification of genes involved in hormone-independent prostate cancer by cDNA microarrays, followed by in vivo analysis of selected genes using tissue microarray analysis.

Statistical methods for the characterisation of tumour types using cDNA microarray data.

Application of microarray technology to identify novel components of the mammalian circadian clock.

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