Recombinant MSS51 protein (His tag)

• DataSheet
• COA (Batch NP456524)
• Material Safety Data Sheets (MSDS)

Recombinant Human Putative Protein MSS51 Homolog, Mitochondrial (Zinc Finger MYND Domain-Containing Protein 17) Fragment (39-460) is a high-quality, stable, and soluble protein fragment designed for structural and biochemical studies. This 422-amino acid fragment, derived from the MSS51 gene, is computationally optimized to facilitate research into mitochondrial protein function and interactions.

The full-length Putative Protein MSS51 Homolog, encoded by the MSS51 gene in Homo sapiens, is a mitochondrial protein containing a Zinc finger MYND domain. While specific functional details and subcellular localization beyond its mitochondrial association are not fully characterized, proteins with MYND domains are typically involved in protein-protein interactions and transcriptional regulation. This recombinant fragment provides a valuable tool for investigating the molecular mechanisms and potential roles of MSS51 in cellular processes.

MNHKVGPSID TLGFFSLDDN VPGLSQLILQ KLNMKSYEEY KLVVDGGTPV SGFGFRCPQE MFQRMEDTFR FCAHCRALPS
GLSDSKVLRH CKRCRNVYYC GPECQKSDWP AHRRVCQELR LVAVDRLMEW LLVTGDFVLP SGPWPWPPEA VQDWDSWFSM
KGLHLDATLD AVLVSHAVTT LWASVGRPRP DPDVLQGSLK RLLTDVLSRP LTLGLGLRAL GIDVRRTGGS TVHVVGASHV
ETFLTRPGDY DELGYMFPGH LGLRVVMVGV DVATGFSQST STSPLEPGTI QLSAHRGLYH DFWEEQVETG QTHHPDLVAA
FHPGFHSSPD LMEAWLPTLL LLRDYKIPTL ITVYSHQELV SSLQILVELD THITAFGSNP FMSLKPEQVY SSPNKQPVYC
SAYYIMFLGS SCQLDNRQLE EKVDGGILEH HHHHH