A physicochemical rationale for the varied catalytic efficiency in RNase J paralogues.

MGSSHHHHHHSQDPMSLIKKKNKDIRIIPLGGVGEIAKNMYIVEVDDEMFMLDAGLMFPEDEMLGVDIVIPDIQYVIENK
ERLKGIFLTHGHEHAIGAVSYVLEQIDAPVYGSKLTIALVKEAMKARNIKKKVRYYTVNHDSIMRFKNVNVSFFNTTASI
PDSLGVCIHTSYGSIVYTGEFKFDQSLHGHYAPDLKRMAEIGDEGVFALISDSTEAEKPGYNTPENIIEHHMYDAFAKVK
GRLIVSCYASNFVRIQQVLNIASQLNRKVSFLGRSLESSFNIARKMGYFDIPKDLLIPINEVENYPKNEVIIIATGMQGE
PVEALSQMARKKHKIMNIEEGDSIFLAITASANMEVIIADTLNELVRAGAHIIPNNKKIHASSHGCMEELKMMLNIMKPE
YFVPVQGEFKMQIAHAKLAAETGVAPEKIFLVEKGDVISYNGKDMILNEKVQSGNILIDGIGVGDVGNIVLRDRHLLAED
GIFIAVVTLDPKNRRIAAGPEIQSRGFVYVRESEELLKEAEEKVRKIVEEGLQEKRIEWSEIKQNMRDQISKLLFESTKR
RPMIIPVISEI

100mM tri-sodium citrate dihydrate pH 5.6, 20% PEG 4000, 20% Isopropanol, 40% Formamide

Science and Engineering Research Board (SERB)

Department of Science & Technology (DST, India)

Ribonuclease, RNase J2, RNA BINDING PROTEIN

MSLIKKKNKDIRIIPLGGVGEIAKNMYIVEVDDEMFMLDAGLMFPEDEMLGVDIVIPDIQYVIENKERLKGIFLTHGHEH
AIGAVSYVLEQIDAPVYGSKLTIALVKEAMKARNIKKKVRYYTVNHDSIMRFKNVNVSFFNTTHSIPDSLGVCIHTSYGS
IVYTGEFKFDQSLHGHYAPDLKRMAEIGDEGVFALISDSTEAEKPGYNTPENIIEHHMYDAFAKVKGRLIVSCYASNFVR
IQQVLNIASQLNRKVSFLGRSLESSFNIARKMGYFDIPKDLLIPINEVENYPKNEVIIIATGMQGEPVEALSQMARKKHK
IMNIEEGDSIFLAITASANMEVIIADTLNELVRAGAHIIPNNKKIHASSHGCMEELKMMLNIMKPEYFVPVQGEFKMQIA
HAKLAAETGVAPEKIFLVEKGDVISYNGKDMILNEKVQSGNILIDGIGVGDVGNIVLRDRHLLAEDGIFIAVVTLDPKNR
RIAAGPEIQSRGFVYVRESEELLKEAEEKVRKIVEEGLQEKRIEWSEIKQNMRDQISKLLFESTKRRPMIIPVISEI