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4.A.3.2.13 Cellobiose PTS Enzyme IIC, IIA and IIB, Cel1C, Cel1A and Cel1B, respectively. Cel1C has 425 aas and 10 predicted TMSs (Combret et al. 2025). This system is the dominant cellobiose uptake system in E. faecalis.
Accession Number:	WP_002355920
Protein Name:	WP_002355920.1 MULTISPECIES: PTS sugar transporter subunit IIC [Bacillota]
Length:	426
Molecular Weight:
Species:	Bacillota [1239]
Number of TMSs:	10
Substrate	cellobiose

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

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FASTA formatted sequence

1:	MDGFVQWMEK HFMPKASVIA AQRHLVAIRD AFVVTMPLMI LGALAVLINN IPIPGYEDFL 
61:	NKIFPMMYND APIWKSFGGN IWNGTFAIFA VLVAFLVAHN LVKSYGKDGI AAGTVSVASF 
121:	FAVGGLEGMG ATGLFIALII ALISGELFQR LSGNPKLVIK MPDGVPPAVA KSFAALLPAM 
181:	ITISLFSLIT SILFALGIDN IVISFYEAVQ QPFMGLANSY PSALLLAFIT PFLWFFGLHG 
241:	ANMVDPLMQT INVPAIDANI KALEAGKAIP YIVNKPFFDS FVNLGGTGAT LGLLIAIFIV 
301:	GRRNKPYKVI TNLSLAPGLF NINEPVMFGL PIVLNPIMFI PFILVPMVLV TVAYVATATG 
361:	LVPAATFMPP WVTPPIIGGF LATKSIAGGV LAAVNLLISI LIYMPFVKVA TDQYLKQEAA 
421:	AEAAE

4.A.3.2.13
Cellobiose PTS Enzyme IIC, IIA and IIB, Cel1C, Cel1A and Cel1B, respectively. Cel1C has 425 aas and 10 predicted TMSs (Combret et al. 2025). This system is the dominant cellobiose uptake system in E. faecalis.

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4.A.3.2.13Cellobiose PTS Enzyme IIC, IIA and IIB, Cel1C, Cel1A and Cel1B, respectively. Cel1C has 425 aas and 10 predicted TMSs (Combret et al. 2025). This system is the dominant cellobiose uptake system in E. faecalis.

Cross database links:

External Searches:

Analyze:

4.A.3.2.13
Cellobiose PTS Enzyme IIC, IIA and IIB, Cel1C, Cel1A and Cel1B, respectively. Cel1C has 425 aas and 10 predicted TMSs (Combret et al. 2025). This system is the dominant cellobiose uptake system in E. faecalis.