hnRNP A2, a potential ssDNA/RNA molecular adapter at the telomere von Moran-Jones, Kim, Wayman, Lyndal, Kennedy, Derek D., Reddel, Roger R., Sara, Sergio, Snee, Mark J., Smith, Ross

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HnRNP A2 binds the first 71 nt of human telomerase RNA von Moran-Jones, Kim, Lyndal Wayman, Kennedy, Derek D., Reddel, Roger R., Sara, Sergio, Snee, Mark J., Smith, Ross

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A consensus oligonucleotide sequence for binding to hnRNP A2 von Moran-Jones, Kim, Lyndal Wayman, Kennedy, Derek D., Reddel, Roger R., Sara, Sergio, Snee, Mark J., Smith, Ross

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HnRNP A2/B1, PML and TRF2 are colocalized in nuclear bodies von Moran-Jones, Kim, Lyndal Wayman, Kennedy, Derek D., Reddel, Roger R., Sara, Sergio, Snee, Mark J., Smith, Ross

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Rat hnRNP A2 has sequence-specific and non-specific sites for binding oligodeoxyribonucleotides von Moran-Jones, Kim, Lyndal Wayman, Kennedy, Derek D., Reddel, Roger R., Sara, Sergio, Snee, Mark J., Smith, Ross

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Recombinant hnRNP A2 protects telomeric DNA against DNase digestion von Moran-Jones, Kim, Lyndal Wayman, Kennedy, Derek D., Reddel, Roger R., Sara, Sergio, Snee, Mark J., Smith, Ross

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Both RRM domains of recombinant hnRNP A2 are required for binding the telomeric sequence von Moran-Jones, Kim, Lyndal Wayman, Kennedy, Derek D., Reddel, Roger R., Sara, Sergio, Snee, Mark J., Smith, Ross

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HnRNPs A1, A2, A3 and their isoforms are isolated in pull downs with a telomeric oligonucleotide von Moran-Jones, Kim, Lyndal Wayman, Kennedy, Derek D., Reddel, Roger R., Sara, Sergio, Snee, Mark J., Smith, Ross

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The telomeric repeat competes for the hnRNP A2 dA2RE11 binding site von Moran-Jones, Kim, Lyndal Wayman, Kennedy, Derek D., Reddel, Roger R., Sara, Sergio, Snee, Mark J., Smith, Ross

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