. 2020 Oct 28;6:100046. doi: 10.1016/j.tcsw.2020.100046

Table 1.

Chemical shifts of molecular moieties found within the recorded spectra based on literature values (see Table S3).

	Molecule		C1	C2	C3	C4	C5	C6	C7	C8
INEPT-TOBSY	→3)-β-Glcp-(1→	B^a	105.0	75.3	87.3	70.5	77.9	63.1
	→3)-β-Glcp-(1→	B^b	105.2	75.5	86.3	70.4	78.0	63.1
	→3,6)-β-Glcp-(1→	B^d	103.3	72.1				68.2
	β-Glcp-(1→	NRb	105.4	75.6	78.0	71.9	78.2	63.2
	→3)-β-Glcp	Rb	98.4	76.8		72.1	78.4	63.2
	→6)-β-Glcp-(1→	B^c			78.0	71.7	77.2	71.1
	α-Glcp-(1→	NRa	100.6	72.4		71.1
	Reducing end α-glucan	Ra^a	90.2	72.5		78.8
	Reducing end α -glucan	Ra^b	94.7	74.0		72.2	75.4	63.1
	Mannan	M^a		76.1	73.2	79.1	69.7	63.9
		M^b	102.3	74.4	73.2		69.1
PARIS	chitin	Ch^a	106.3	57.3	76.2	85.5	77.1	62.7	177.3	24.9
		Ch^b	106.2	57.7	76.2	85.4	76.2	61.2	176.8	25.0
		Ch^c	104.1	57.9					177.7	24.9
	→3)-β-Glcp-(→1	B^a	106,0	76.7	88.7	70.5	80.5	63.6
		B^b	106,0	76.7	88.7	70.5	79.2	63.6
		B^c	106.4	76,0	86.6	69.8	77.4	63.1
	β-Glcp-(1→	NRb	106,0	75.6	78.4	72.4	78.4	63.5
	→3)-α-Glcp-(1→	A^a	103.4	72.5	86.7	70.5	73.9	62.7
	→3)-α-Fuc-(1→	F	99.8	70.5	76.0	72.5	68.7	18.2
		X	102.4	91.0	73.3	69.8		62.2
	branched mannose	M^c		79.5	69.1	82.9	73.2	66.0