CAZyme3D

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DIAMOND Blastp results for Cluster: 26768, (All vs All)

Q.seq.id	Qlen	S.seq.id	P.ident	E-value	Length	Qstart	Qend	Q.cov.hsp	S.cov.hsp
QNN81746.1\|CBM48\|GH13_11	752	QNN81746.1\|CBM48\|GH13_11	100	0.0	752	1	752	100	100
QNN81746.1\|CBM48\|GH13_11	752	ACU85719.1\|CBM48\|GH13_11	86.1	0.0	736	17	752	97.9	98.5
QNN81746.1\|CBM48\|GH13_11	752	ATG53187.1\|CBM48\|GH13_11	85.2	0.0	736	17	752	97.9	98.9
QNN81746.1\|CBM48\|GH13_11	752	AXK45380.1\|CBM48\|GH13_11	78.5	0.0	736	17	752	97.9	98.5
QNN81746.1\|CBM48\|GH13_11	752	APX32270.1\|CBM48\|GH13_11	76.5	0.0	745	8	752	99.1	99.7
QNN81746.1\|CBM48\|GH13_11	752	UVY82586.1\|CBM48\|GH13_11	74.5	0.0	730	17	739	96.1	98.1
QNN81746.1\|CBM48\|GH13_11	752	UQN30238.1\|CBM48\|GH13_11	59.0	1.81e-319	773	2	752	99.9	98.8
QNN81746.1\|CBM48\|GH13_11	752	UYG15987.1\|CBM48\|GH13_11	61.7	5.61e-319	737	17	751	97.7	97.3
QNN81746.1\|CBM48\|GH13_11	752	UEJ82891.1\|CBM48\|GH13_11	57.4	1.31e-314	802	3	752	99.7	98.9
AXK45380.1\|CBM48\|GH13_11	747	AXK45380.1\|CBM48\|GH13_11	100	0.0	747	1	747	100	100
AXK45380.1\|CBM48\|GH13_11	747	ACU85719.1\|CBM48\|GH13_11	83.1	0.0	740	1	740	99.1	99.1
AXK45380.1\|CBM48\|GH13_11	747	ATG53187.1\|CBM48\|GH13_11	79.7	0.0	747	1	747	100	100
AXK45380.1\|CBM48\|GH13_11	747	QNN81746.1\|CBM48\|GH13_11	78.5	0.0	736	12	747	98.5	97.9
AXK45380.1\|CBM48\|GH13_11	747	APX32270.1\|CBM48\|GH13_11	74.6	0.0	747	1	747	100	100
AXK45380.1\|CBM48\|GH13_11	747	UVY82586.1\|CBM48\|GH13_11	69.8	0.0	742	1	735	98.4	99.7
AXK45380.1\|CBM48\|GH13_11	747	UQN30238.1\|CBM48\|GH13_11	62.0	0.0	748	12	737	97.2	96.3
AXK45380.1\|CBM48\|GH13_11	747	UYG15987.1\|CBM48\|GH13_11	62.9	0.0	731	11	737	97.3	96.9
AXK45380.1\|CBM48\|GH13_11	747	UEJ82891.1\|CBM48\|GH13_11	59.0	4.37e-319	787	3	737	98.4	97.4
ATG53187.1\|CBM48\|GH13_11	744	ATG53187.1\|CBM48\|GH13_11	100	0.0	744	1	744	100	100
ATG53187.1\|CBM48\|GH13_11	744	ACU85719.1\|CBM48\|GH13_11	85.7	0.0	747	1	744	100	100
ATG53187.1\|CBM48\|GH13_11	744	QNN81746.1\|CBM48\|GH13_11	85.2	0.0	736	9	744	98.9	97.9
ATG53187.1\|CBM48\|GH13_11	744	AXK45380.1\|CBM48\|GH13_11	79.7	0.0	747	1	744	100	100
ATG53187.1\|CBM48\|GH13_11	744	APX32270.1\|CBM48\|GH13_11	76.3	0.0	734	1	731	98.3	98.3
ATG53187.1\|CBM48\|GH13_11	744	UVY82586.1\|CBM48\|GH13_11	74.3	0.0	735	4	731	97.8	98.8
ATG53187.1\|CBM48\|GH13_11	744	UYG15987.1\|CBM48\|GH13_11	63.8	0.0	730	8	735	97.8	97.1
ATG53187.1\|CBM48\|GH13_11	744	UQN30238.1\|CBM48\|GH13_11	62.9	0.0	719	9	709	94.2	92.5
ATG53187.1\|CBM48\|GH13_11	744	UEJ82891.1\|CBM48\|GH13_11	60.2	2.10e-316	757	3	709	95.0	93.8
ACU85719.1\|CBM48\|GH13_11	747	ACU85719.1\|CBM48\|GH13_11	100	0.0	747	1	747	100	100
ACU85719.1\|CBM48\|GH13_11	747	ATG53187.1\|CBM48\|GH13_11	85.7	0.0	747	1	747	100	100
ACU85719.1\|CBM48\|GH13_11	747	QNN81746.1\|CBM48\|GH13_11	86.1	0.0	736	12	747	98.5	97.9
ACU85719.1\|CBM48\|GH13_11	747	AXK45380.1\|CBM48\|GH13_11	82.6	0.0	747	1	747	100	100
ACU85719.1\|CBM48\|GH13_11	747	APX32270.1\|CBM48\|GH13_11	78.3	0.0	747	1	747	100	100
ACU85719.1\|CBM48\|GH13_11	747	UVY82586.1\|CBM48\|GH13_11	74.8	0.0	741	1	734	98.3	99.6
ACU85719.1\|CBM48\|GH13_11	747	UYG15987.1\|CBM48\|GH13_11	65.2	6.27e-322	699	11	708	93.4	92.9
ACU85719.1\|CBM48\|GH13_11	747	UQN30238.1\|CBM48\|GH13_11	61.4	7.81e-322	749	12	738	97.3	96.4
ACU85719.1\|CBM48\|GH13_11	747	UEJ82891.1\|CBM48\|GH13_11	59.0	4.71e-316	788	3	738	98.5	97.5
APX32270.1\|CBM48\|GH13_11	747	APX32270.1\|CBM48\|GH13_11	100	0.0	747	1	747	100	100
APX32270.1\|CBM48\|GH13_11	747	ACU85719.1\|CBM48\|GH13_11	78.3	0.0	747	1	747	100	100
APX32270.1\|CBM48\|GH13_11	747	QNN81746.1\|CBM48\|GH13_11	76.5	0.0	745	3	747	99.7	99.1
APX32270.1\|CBM48\|GH13_11	747	ATG53187.1\|CBM48\|GH13_11	76.3	0.0	734	1	734	98.3	98.3
APX32270.1\|CBM48\|GH13_11	747	AXK45380.1\|CBM48\|GH13_11	74.6	0.0	747	1	747	100	100
APX32270.1\|CBM48\|GH13_11	747	UVY82586.1\|CBM48\|GH13_11	71.6	0.0	742	1	735	98.4	99.7
APX32270.1\|CBM48\|GH13_11	747	UQN30238.1\|CBM48\|GH13_11	59.8	6.58e-316	751	12	735	96.9	96.0
APX32270.1\|CBM48\|GH13_11	747	UYG15987.1\|CBM48\|GH13_11	60.7	2.21e-312	728	11	734	96.9	96.5
APX32270.1\|CBM48\|GH13_11	747	UEJ82891.1\|CBM48\|GH13_11	57.2	5.12e-308	781	12	735	96.9	96.2
UQN30238.1\|CBM48\|GH13_11	776	UQN30238.1\|CBM48\|GH13_11	100	0.0	776	1	776	100	100
UQN30238.1\|CBM48\|GH13_11	776	UEJ82891.1\|CBM48\|GH13_11	89.8	0.0	806	1	776	100	100
UQN30238.1\|CBM48\|GH13_11	776	AXK45380.1\|CBM48\|GH13_11	62.0	0.0	748	22	768	96.3	97.2
UQN30238.1\|CBM48\|GH13_11	776	ACU85719.1\|CBM48\|GH13_11	61.4	0.0	749	22	769	96.4	97.3
UQN30238.1\|CBM48\|GH13_11	776	ATG53187.1\|CBM48\|GH13_11	61.1	1.33e-322	758	22	776	97.3	98.9
UQN30238.1\|CBM48\|GH13_11	776	QNN81746.1\|CBM48\|GH13_11	59.2	1.43e-316	769	11	776	98.7	99.3
UQN30238.1\|CBM48\|GH13_11	776	UYG15987.1\|CBM48\|GH13_11	60.0	3.95e-313	750	22	768	96.3	96.8
UQN30238.1\|CBM48\|GH13_11	776	APX32270.1\|CBM48\|GH13_11	59.7	6.00e-312	751	22	766	96.0	96.9
UQN30238.1\|CBM48\|GH13_11	776	UVY82586.1\|CBM48\|GH13_11	61.0	1.25e-310	754	22	766	96.0	98.3
UEJ82891.1\|CBM48\|GH13_11	806	UEJ82891.1\|CBM48\|GH13_11	100	0.0	806	1	806	100	100
UEJ82891.1\|CBM48\|GH13_11	806	UQN30238.1\|CBM48\|GH13_11	89.8	0.0	806	1	806	100	100
UEJ82891.1\|CBM48\|GH13_11	806	ACU85719.1\|CBM48\|GH13_11	59.3	4.41e-317	788	14	799	97.5	98.5
UEJ82891.1\|CBM48\|GH13_11	806	AXK45380.1\|CBM48\|GH13_11	59.3	3.59e-316	787	14	798	97.4	98.4
UEJ82891.1\|CBM48\|GH13_11	806	ATG53187.1\|CBM48\|GH13_11	58.8	1.22e-313	796	14	806	98.4	99.7
UEJ82891.1\|CBM48\|GH13_11	806	QNN81746.1\|CBM48\|GH13_11	57.8	1.00e-309	789	21	806	97.5	98.0
UEJ82891.1\|CBM48\|GH13_11	806	UYG15987.1\|CBM48\|GH13_11	58.2	5.18e-304	780	22	798	96.4	96.8
UEJ82891.1\|CBM48\|GH13_11	806	UVY82586.1\|CBM48\|GH13_11	58.3	3.52e-303	792	14	796	97.1	99.5
UEJ82891.1\|CBM48\|GH13_11	806	APX32270.1\|CBM48\|GH13_11	57.3	6.39e-302	778	25	796	95.8	96.5
UVY82586.1\|CBM48\|GH13_11	744	UVY82586.1\|CBM48\|GH13_11	100	0.0	744	1	744	100	100
UVY82586.1\|CBM48\|GH13_11	744	ACU85719.1\|CBM48\|GH13_11	74.8	0.0	741	1	741	99.6	98.3
UVY82586.1\|CBM48\|GH13_11	744	ATG53187.1\|CBM48\|GH13_11	74.3	0.0	735	7	741	98.8	97.8
UVY82586.1\|CBM48\|GH13_11	744	QNN81746.1\|CBM48\|GH13_11	74.5	0.0	730	12	741	98.1	96.1
UVY82586.1\|CBM48\|GH13_11	744	APX32270.1\|CBM48\|GH13_11	71.6	0.0	742	1	742	99.7	98.4
UVY82586.1\|CBM48\|GH13_11	744	AXK45380.1\|CBM48\|GH13_11	69.8	0.0	742	1	742	99.7	98.4
UVY82586.1\|CBM48\|GH13_11	744	UQN30238.1\|CBM48\|GH13_11	61.3	2.78e-309	751	12	742	98.3	96.0
UVY82586.1\|CBM48\|GH13_11	744	UYG15987.1\|CBM48\|GH13_11	61.4	1.63e-306	731	11	739	98.0	96.1
UVY82586.1\|CBM48\|GH13_11	744	UEJ82891.1\|CBM48\|GH13_11	58.1	8.05e-304	792	3	742	99.5	97.1
UYG15987.1\|CBM48\|GH13_11	749	UYG15987.1\|CBM48\|GH13_11	100	0.0	749	1	749	100	100
UYG15987.1\|CBM48\|GH13_11	749	AXK45380.1\|CBM48\|GH13_11	62.7	0.0	739	16	749	98.0	97.7
UYG15987.1\|CBM48\|GH13_11	749	ATG53187.1\|CBM48\|GH13_11	63.8	0.0	730	16	742	97.1	97.8
UYG15987.1\|CBM48\|GH13_11	749	ACU85719.1\|CBM48\|GH13_11	63.5	0.0	735	16	747	97.7	98.1
UYG15987.1\|CBM48\|GH13_11	749	QNN81746.1\|CBM48\|GH13_11	62.0	2.67e-322	731	23	745	96.5	96.9
UYG15987.1\|CBM48\|GH13_11	749	UQN30238.1\|CBM48\|GH13_11	60.1	9.29e-319	747	20	741	96.4	95.9
UYG15987.1\|CBM48\|GH13_11	749	UVY82586.1\|CBM48\|GH13_11	61.4	3.47e-313	731	16	735	96.1	98.0
UYG15987.1\|CBM48\|GH13_11	749	APX32270.1\|CBM48\|GH13_11	60.7	5.48e-313	728	16	738	96.5	96.9
UYG15987.1\|CBM48\|GH13_11	749	UEJ82891.1\|CBM48\|GH13_11	58.2	1.03e-310	780	17	741	96.8	96.4

You are here: Home Cite us: 2025

DIAMOND Blastp results for Cluster: 26768, (All vs All)

Taxonomy Distribution for Cluster: 26768, (Distribution for structures available in CAZyme3D)

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