sp|O75093|SLIT1_HUMAN: /Panorama Public/2015/Dunkley - Neuronal Development SRM/Neuron SRM Chromatogram library

Protein

File	Neuron SRM chromatogram library V2_2014-10-01_13-53-04.sky.zip 3 MB SkyP file (link only, 1KB) Full Skyline file Copy relative URL to clipboard Copy full URL to clipboard
Description	Slit homolog 1 protein OS=Homo sapiens GN=SLIT1 PE=2 SV=4
Decoy	false
Note

Sequence Coverage

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By: Replicate: Modified forms: Combined Stacked

The number displayed on each peptide box is the rank
1										11										21										31										41										51										61										71										81										91
M	A	L	T	P	G	W	G	S	S	A	G	P	V	R	P	E	L	W	L	L	L	W	A	A	A	W	R	L	G	A	S	A	C	P	A	L	C	T	C	T	G	T	T	V	D	C	H	G	T	G	L	Q	A	I	P	K	N	I	P	R	N	T	E	R	L	E	L	N	G	N	N	I	T	R	I	H	K	N	D	F	A	G	L	K	Q	L	R	V	L	Q	L	M	E	N	Q	I	G	A	V


101										111										121										131										141										151										161										171										181										191
E	R	G	A	F	D	D	M	K	E	L	E	R	L	R	L	N	R	N	Q	L	H	M	L	P	E	L	L	F	Q	N	N	Q	A	L	S	R	L	D	L	S	E	N	A	I	Q	A	I	P	R	K	A	F	R	G	A	T	D	L	K	N	L	Q	L	D	K	N	Q	I	S	C	I	E	E	G	A	F	R	A	L	R	G	L	E	V	L	T	L	N	N	N	N	I	T	T	I	P	V	S	S


201										211										221										231										241										251										261										271										281										291
F	N	H	M	P	K	L	R	T	F	R	L	H	S	N	H	L	F	C	D	C	H	L	A	W	L	S	Q	W	L	R	Q	R	P	T	I	G	L	F	T	Q	C	S	G	P	A	S	L	R	G	L	N	V	A	E	V	Q	K	S	E	F	S	C	S	G	Q	G	E	A	G	R	V	P	T	C	T	L	S	S	G	S	C	P	A	M	C	T	C	S	N	G	I	V	D	C	R	G	K	G	L


301										311										321										331										341										351										361										371										381										391
T	A	I	P	A	N	L	P	E	T	M	T	E	I	R	L	E	L	N	G	I	K	S	I	P	P	G	A	F	S	P	Y	R	K	L	R	R	I	D	L	S	N	N	Q	I	A	E	I	A	P	D	A	F	Q	G	L	R	S	L	N	S	L	V	L	Y	G	N	K	I	T	D	L	P	R	G	V	F	G	G	L	Y	T	L	Q	L	L	L	L	N	A	N	K	I	N	C	I	R	P	D	A


401										411										421										431										441										451										461										471										481										491
F	Q	D	L	Q	N	L	S	L	L	S	L	Y	D	N	K	I	Q	S	L	A	K	G	T	F	T	S	L	R	A	I	Q	T	L	H	L	A	Q	N	P	F	I	C	D	C	N	L	K	W	L	A	D	F	L	R	T	N	P	I	E	T	S	G	A	R	C	A	S	P	R	R	L	A	N	K	R	I	G	Q	I	K	S	K	K	F	R	C	S	A	K	E	Q	Y	F	I	P	G	T	E	D


501										511										521										531										541										551										561										571										581										591
Y	Q	L	N	S	E	C	N	S	D	V	V	C	P	H	K	C	R	C	E	A	N	V	V	E	C	S	S	L	K	L	T	K	I	P	E	R	I	P	Q	S	T	A	E	L	R	L	N	N	N	E	I	S	I	L	E	A	T	G	M	F	K	K	L	T	H	L	K	K	I	N	L	S	N	N	K	V	S	E	I	E	D	G	A	F	E	G	A	A	S	V	S	E	L	H	L	T	A	N	Q


601										611										621										631										641										651										661										671										681										691
L	E	S	I	R	S	G	M	F	R	G	L	D	G	L	R	T	L	M	L	R	N	N	R	I	S	C	I	H	N	D	S	F	T	G	L	R	N	V	R	L	L	S	L	Y	D	N	Q	I	T	T	V	S	P	G	A	F	D	T	L	Q	S	L	S	T	L	N	L	L	A	N	P	F	N	C	N	C	Q	L	A	W	L	G	G	W	L	R	K	R	K	I	V	T	G	N	P	R	C	Q	N


701										711										721										731										741										751										761										771										781										791
P	D	F	L	R	Q	I	P	L	Q	D	V	A	F	P	D	F	R	C	E	E	G	Q	E	E	G	G	C	L	P	R	P	Q	C	P	Q	E	C	A	C	L	D	T	V	V	R	C	S	N	K	H	L	R	A	L	P	K	G	I	P	K	N	V	T	E	L	Y	L	D	G	N	Q	F	T	L	V	P	G	Q	L	S	T	F	K	Y	L	Q	L	V	D	L	S	N	N	K	I	S	S	L	S
					2																																																																															1

801										811										821										831										841										851										861										871										881										891
N	S	S	F	T	N	M	S	Q	L	T	T	L	I	L	S	Y	N	A	L	Q	C	I	P	P	L	A	F	Q	G	L	R	S	L	R	L	L	S	L	H	G	N	D	I	S	T	L	Q	E	G	I	F	A	D	V	T	S	L	S	H	L	A	I	G	A	N	P	L	Y	C	D	C	H	L	R	W	L	S	S	W	V	K	T	G	Y	K	E	P	G	I	A	R	C	A	G	P	Q	D	M	E


901										911										921										931										941										951										961										971										981										991
G	K	L	L	L	T	T	P	A	K	K	F	E	C	Q	G	P	P	T	L	A	V	Q	A	K	C	D	L	C	L	S	S	P	C	Q	N	Q	G	T	C	H	N	D	P	L	E	V	Y	R	C	A	C	P	S	G	Y	K	G	R	D	C	E	V	S	L	D	S	C	S	S	G	P	C	E	N	G	G	T	C	H	A	Q	E	G	E	D	A	P	F	T	C	S	C	P	T	G	F	E	G	P


1001										1011										1021										1031										1041										1051										1061										1071										1081										1091
T	C	G	V	N	T	D	D	C	V	D	H	A	C	A	N	G	G	V	C	V	D	G	V	G	N	Y	T	C	Q	C	P	L	Q	Y	E	G	K	A	C	E	Q	L	V	D	L	C	S	P	D	L	N	P	C	Q	H	E	A	Q	C	V	G	T	P	D	G	P	R	C	E	C	M	P	G	Y	A	G	D	N	C	S	E	N	Q	D	D	C	R	D	H	R	C	Q	N	G	A	Q	C	M	D


1101										1111										1121										1131										1141										1151										1161										1171										1181										1191
E	V	N	S	Y	S	C	L	C	A	E	G	Y	S	G	Q	L	C	E	I	P	P	H	L	P	A	P	K	S	P	C	E	G	T	E	C	Q	N	G	A	N	C	V	D	Q	G	N	R	P	V	C	Q	C	L	P	G	F	G	G	P	E	C	E	K	L	L	S	V	N	F	V	D	R	D	T	Y	L	Q	F	T	D	L	Q	N	W	P	R	A	N	I	T	L	Q	V	S	T	A	E	D	N


1201										1211										1221										1231										1241										1251										1261										1271										1281										1291
G	I	L	L	Y	N	G	D	N	D	H	I	A	V	E	L	Y	Q	G	H	V	R	V	S	Y	D	P	G	S	Y	P	S	S	A	I	Y	S	A	E	T	I	N	D	G	Q	F	H	T	V	E	L	V	A	F	D	Q	M	V	N	L	S	I	D	G	G	S	P	M	T	M	D	N	F	G	K	H	Y	T	L	N	S	E	A	P	L	Y	V	G	G	M	P	V	D	V	N	S	A	A	F	R


1301										1311										1321										1331										1341										1351										1361										1371										1381										1391
L	W	Q	I	L	N	G	T	G	F	H	G	C	I	R	N	L	Y	I	N	N	E	L	Q	D	F	T	K	T	Q	M	K	P	G	V	V	P	G	C	E	P	C	R	K	L	Y	C	L	H	G	I	C	Q	P	N	A	T	P	G	P	M	C	H	C	E	A	G	W	V	G	L	H	C	D	Q	P	A	D	G	P	C	H	G	H	K	C	V	H	G	Q	C	V	P	L	D	A	L	S	Y	S


1401										1411										1421										1431										1441										1451										1461										1471										1481										1491
C	Q	C	Q	D	G	Y	S	G	A	L	C	N	Q	A	G	A	L	A	E	P	C	R	G	L	Q	C	L	H	G	H	C	Q	A	S	G	T	K	G	A	H	C	V	C	D	P	G	F	S	G	E	L	C	E	Q	E	S	E	C	R	G	D	P	V	R	D	F	H	Q	V	Q	R	G	Y	A	I	C	Q	T	T	R	P	L	S	W	V	E	C	R	G	S	C	P	G	Q	G	C	C	Q	G


1501										1511										1521										1531
L	R	L	K	R	R	K	F	T	F	E	C	S	D	G	T	S	F	A	E	E	V	E	K	P	T	K	C	G	C	A	L	C	A

Intensity

(Log 10 base)

Annotations for SLIT1_HUMAN

Description	Slit homolog 1 protein (short name: Slit-1)
Gene name	SLIT1
Organism	Homo sapiens

Genbank IDs	GIs	Swiss-Prot Accessions	Swiss-Prot Names	Ensembl	IPI Numbers	GO Categories	Molecular Functions	Biological Processes
NP_003052.2	none loaded	O75093 Q5T0V1 Q8WWZ2 Q9UIL7	SLIT1_HUMAN	ENST00000266058	none loaded	GO:0005509 GO:0005615 GO:0005737 GO:0008045 GO:0021510 GO:0022028 GO:0031290 GO:0033563 GO:0040023 GO:0048843 GO:0048846 GO:0048853 GO:0050919 GO:0051964	Developmental protein	Differentiation Neurogenesis