PyIgClassify2: Canonical Clusters of Antibody CDR Loop Conformations

PyIgClassify2: Classification of Antibody CDR Conformations

CDRs for query 6OC8

#CDRs = 4; #Clusters = 4.
Chain	Gene	PDB Species	Frame Germline	Frame %	CDR Germline	CDR %	CDR	Length	Cluster	Distance(°)	Sequence	Ramachandran
A	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	30.8	H1	13	H1-13-*	-1	AASASIFRALNVG	BBABAAAAABBBB
A	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	55.6	H2	9	H2-9-1	6	GISGGGSTH	BBBAALBBB
A	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	100.0	H3	14	H3-14-*	-1	NAGPTLTTGDAGPY	BBLBBAAALBBBAB
A	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	87.5	H4	8	H4-8-1	6	RDNAKNRV	BBAAALBB
B	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	30.8	H1	13	H1-13-*	-1	AASASIFRALNVG	BBABAAAAABBBB
B	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	55.6	H2	9	H2-9-1	6	GISGGGSTH	BBBAALBBB
B	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	100.0	H3	14	H3-14-*	-1	NAGPTLTTGDAGPY	BBLBBAAALBBBAB
B	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	87.5	H4	8	H4-8-1	6	RDNAKNRV	BBAAALBB
C	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	30.8	H1	13	H1-13-*	-1	AASASIFRALNVG	BBABAAAAABBBB
C	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	55.6	H2	9	H2-9-1	6	GISGGGSTH	BBBAALBBB
C	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	100.0	H3	14	H3-14-*	-1	NAGPTLTTGDAGPY	BBLBBAAALBBBAB
C	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	87.5	H4	8	H4-8-1	5	RDNAKNRV	BBAAALBB
D	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	30.8	H1	13	H1-13-*	-1	AASASIFRALNVG	BBABAAAAABBBB
D	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	55.6	H2	9	H2-9-1	6	GISGGGSTH	BBBAALBBB
D	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	100.0	H3	14	H3-14-*	-1	NAGPTLTTGDAGPY	BBLBBAAALBBBAB
D	heavy	Lama.glama	La_IGHV1S3*01_VHH	86.3	La_IGHV1S3*01_VHH	87.5	H4	8	H4-8-1	6	RDNAKNRV	BBAAALBB

Site developed by the Antibody Team at the lab of Roland Dunbrack. Last updated on Oct. 13, 2022