Mass Spectrometry Based Proteomic Analysis of Salivary Glands of Urban Malaria Vector Anopheles stephensi

Table 1

A catalogue of known proteins identified by using in-gel digestion strategy and LC/MS/MS using MASCOT algorithm.

S. number	Accession number/vector base accession number	Protein	Band number	Mol. weight	Peptides	Calculated pI	Sequence coverage	Domain/function
1	gi: 37201975	GE rich salivary protein	16	15214	8	5.15	56%	No conserved domain
2	gi: 15718081	D7 protein	11	36396	14	8.79	34%	Protein; binding/glycoprotein
3	gi: 29501536	SG1D salivary protein precursor	7	46811	10	9.38	23%	No conserved domain
4	ASTM013042-PA	G1 family long form salivary protein 3	7	45829	9	6.85	22%	No conserved domain
5	gi: 27372941	Putative salivary protein SG1C	7	44292	8	6.73	16%	No conserved domain
6	gi: 27372911	Salivary apyrase	4	64248	8	6.77	12%	No conserved domain
7	ASTM006960-PA	Alpha amylase	3	67923	2	5.27	4%	Alpha amylase; domain/catalytic activity
8	ASTM007102-PA	Salivary peroxidase	3	67504	6	8.75	10%	Heme; binding/peroxidase activity
9	gi: 27372939	Putative salivary protein SG1A	15	19725	2	4.94	11%	Nucleotide transport and metabolism
10	gi: 27372929	Putative salivary protein SG1B	6	48120	2	—	4%	No conserved domain
11	gi: 29501376	Short D7-4 salivary protein precursor	15	18412	1	—	7%	No conserved domain
12	gi: 27372895	Salivary antigen-5 related protein	14	28974	2	9.05	8%	CTD-interacting domain (polypeptide binding)
13	gi: 29501528	TRIO salivary gland protein precursor	7	44013	3	7.01	3%	SCP-like extracellular protein domain