S. aureus YhaM D193A, 4 N-terminal domains, 2 RNA substrates
Structural insights into RNA recognition by the Staphylococcus aureus exoribonuclease YhaM
Model was built into main EM map de novo using ModelAngelo, then flexibly fit using PHENIX real-space model refinement.
Initial model built de novo using ModelAngelo
YhaM D193A hexamer, 4 N-terminal domains, 2 RNA substrates
YhaM D193A hexamer, 4 N-terminal domains
cryoSPARC 3D classification (without particle alilgnments)
MRNIENLNPGDSVDHFFLVHKATQGVTAQGKDYMTLHLQDKSGEIEAKFWTATKNDMATIKPEEIVHVKGDIINYRGNKQ MKVNQIRLATTEDQLKTEQFVDGAPLSPAEIQEEISHYLLDIENANLQRITRHLLKKYQERFYTYPAASSHHHNFASGLS YHVLTMLRIAKSICDIYPLLNKSLLYSGIILHAIGKVRELSGPVATSYTVEGNLLGHISIASDEVVEAARELNIEGEEIM LLRHMILSHHGKLEYGSPKLPYLKEAEILCYIDNIDARMNMFEKAYKKTDKGQFTDKIFGLENRRFYNPESLD
National Institutes of Health/National Institute of General Medical Sciences (NIH/NIGMS)
National Institutes of Health/National Institute Of Allergy and Infectious Diseases (NIH/NIAID)
exonuclease, translation, RNA, RNA BINDING PROTEIN, RNA BINDING PROTEIN-RNA complex
MRNIENLNPGDSVDHFFLVHKATQGVTAQGKDYMTLHLQDKSGEIEAKFWTATKNDMATIKPEEIVHVKGDIINYRGNKQ MKVNQIRLATTEDQLKTEQFVDGAPLSPAEIQEEISHYLLDIENANLQRITRHLLKKYQERFYTYPAASSHHHNFASGLS YHVLTMLRIAKSICDIYPLLNKSLLYSGIILHDIGKVRELSGPVATSYTVEGNLLGHISIASDEVVEAARELNIEGEEIM LLRHMILSHHGKLEYGSPKLPYLKEAEILCYIDNIDARMNMFEKAYKKTDKGQFTDKIFGLENRRFYNPESLD