KDAC8 with High Basal Velocity Is Not Activated by N-Acetylthioureas von Toro, Tasha B, Pingali, Subramanya, Nguyen, Thao P, Garrett, Destane S, Dodson, Kyra A, Nichols, Kyara A, Haynes, Rashad A, Payton-Stewart, Florastina, Watt, Terry J

Volltext

Identifying Substrates of KDAC6 von Bornes, Kiara E., Nichols, Kyara A., Toro, Tasha B., Skripnikova, Elena V., Watt, Terry J.

Volltext

Purification of metal-dependent lysine deacetylases with consistently high activity von Toro, Tasha B., Painter, Richard G., Haynes, Rashad A., Glotser, Elena Y., Bratton, Melyssa R., Bryant, Jenae R., Nichols, Kyara A., Matthew-Onabanjo, Asia N., Matthew, Ashley N., Bratcher, Derek R., Perry, Chanel D., Watt, Terry J.

Volltext

Identifying the Substrate Interactions of KDAC7 von Mohammed, Hajjia S., Nichols, Kyara A., Toro, Tasha B., Watt, Terry J.

Volltext

The Effect of Substrate Length on Lysine Deacetylase Activity von Nichols, Kyara A, Phillips, Tiffany, Toro, Tasha B, Watt, Terry J

Volltext

Probing the Role of a Catalytic Residue in a Lysine Deacetylase von Nichols, Kyara A, Toro, Tasha B, Watt, Terry J

Volltext

KDAC8 with High Basal Velocity Is Not Activated by N-Acetylthioureas von Pingali,Subramanya, Toro,Tasha B, Nguyen,Thao P, Garrett,Destane S, Dodson,Kyra A, Nichols,Kyara A, Haynes,Rashad A, Payton-Stewart,Florastina, Watt,Terry J, Zhang,Jinsong

Volltext bestellen

Substrate Specificity in Lysine Deacetylases von Toro, Tasha, Nichols, Kyara, Garrett, Destane, Watt, Terry

Volltext