TCDB » SEARCH

« See all members of the family

8.A.167.1.1 Mitoguardin (Mtga) of 525 aas and at least one N-terminal TMS, and possibly one or two more TMSs. It is a regulator of mitochondrial fusion and is required to maintain neuronal homeostasis (Zhang et al. 2016). See TC# 1.R.1 for more details.
Accession Number:	Q9W3F7
Protein Name:	Mitoguardin
Length:	525
Molecular Weight:	59024.00
Species:	Drosophila melanogaster (Fruit fly) [7227]
Number of TMSs:	2
Location¹ / Topology² / Orientation³:	Mitochondrion outer membrane¹ / Single-pass membrane protein²
Substrate

UniProt (Universal Protein Resource)
CDD Search (Conserved Domain Database)

Predict TMSs (Predict number of transmembrane segments)

FASTA formatted sequence

1:	MQRVMPASWS SGGSLLPFRV STTTKVVLFS LTAGVALMSV LSRFLRRRKP PRPPRRARKY 
61:	TGRRNRNSMR SPNDLISIAG SKASARSGSP VGSTLAYSDR LSMASGSIGV GVLGVQNAGP 
121:	GSSVVTQLTA QQLGMMGMEA LDTVINFWED ALAAHYSPGG LPALLTTAED SEFCREIQNL 
181:	LEMAYTLQEQ SELLFLDQRS VLFREEHSID EAEEEAGEAD DDRRSRKSGS VLSRAGSDPN 
241:	FDSAESFASA LDQVADLREF DGFIETSYEE YPLFQSALKH HDEYTVPCRT IRAELMHCST 
301:	DTEYLAKLHC VRLAFQFLFK DPAVGQWICD AGRQILTDLL CLGDKDTKEF LVGYEDMVNY 
361:	LHDSNNWPCI QMELEQRNVK AMTFYDICLD FIILDSFKDL DAPPASVTAV VQNRWLSNGF 
421:	KETALTTAVW SVLKAKKRML KFPNGFMSHF YVISEQISPL MAWGFFGPNE NLRDICHYFR 
481:	EELLAFLGDI FSFQKSRFTT IEEFSQDVLQ HMQTRVNNIG VKFSQ

8.A.167.1.1
Mitoguardin (Mtga) of 525 aas and at least one N-terminal TMS, and possibly one or two more TMSs. It is a regulator of mitochondrial fusion and is required to maintain neuronal homeostasis (Zhang et al. 2016). See TC# 1.R.1 for more details.

Cross database links:

External Searches:

Analyze:

8.A.167.1.1Mitoguardin (Mtga) of 525 aas and at least one N-terminal TMS, and possibly one or two more TMSs. It is a regulator of mitochondrial fusion and is required to maintain neuronal homeostasis (Zhang et al. 2016). See TC# 1.R.1 for more details.

Cross database links:

External Searches:

Analyze:

8.A.167.1.1
Mitoguardin (Mtga) of 525 aas and at least one N-terminal TMS, and possibly one or two more TMSs. It is a regulator of mitochondrial fusion and is required to maintain neuronal homeostasis (Zhang et al. 2016). See TC# 1.R.1 for more details.