Complex Carbohydrate Magnetic Resonance Database (CCMRD)

Carbohydrates are crucial for various life activities in living organisms. The Complex Carbohydrates Magnetic Resonance Database (CCMRD), a solid-state NMR database for complex carbohydrates developed at Michigan State University. The Solid-state NMR spectroscopy reveals the molecular structure and dynamics of insoluble complex carbohydrates.

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Database ID Trival Name Linear Code Compound Class Taxonomy Domain Species Residue SNFG Chemical Structure Chemical Shifts (ppm) Spectrometer (MHz) Temperature (K) pH NMR Reference Compound Sample Treatment Reference
ccmrd_243 Cellulose Glcp Polysaccharide plant Chamaecyparis obtusa b-D-Glcp Cellulose SNFG Cellulose C1: 105.2, C2: 72.4, C3: 74.3, C4: 89.4, C5: 72.4, C6: 65.3 400 291.0 None ND Ball-milled and heat-dried wood Masakazu Nishida et al., Integrated analysis of modified Japanese cypress using solid-state NMR spectra and nuclear magnetic relaxation times, Cellulose, 2019
ccmrd_244 Cellulose Glcp Polysaccharide plant Chamaecyparis obtusa b-D-Glcp Cellulose SNFG Cellulose C1: 105.4, C2: 72.3, C3: 74.8, C4: 82.7, C5: 74.8 400 291.0 None ND Ball-milled and heat-dried wood Masakazu Nishida et al., Integrated analysis of modified Japanese cypress using solid-state NMR spectra and nuclear magnetic relaxation times, Cellulose, 2019
ccmrd_245 Cellulose Glcp Polysaccharide plant Chamaecyparis obtusa b-D-Glcp Cellulose SNFG Cellulose C1: 105.4, C2: 72.3, C3: 74.8, C4: 89.3, C5: 72.3, C6: 65.3 400 291.0 None ND Ball-milled and heat-dried wood Masakazu Nishida et al., Integrated analysis of modified Japanese cypress using solid-state NMR spectra and nuclear magnetic relaxation times, Cellulose, 2019
ccmrd_246 Cellulose Glcp Polysaccharide plant Chamaecyparis obtusa b-D-Glcp Cellulose SNFG Cellulose C1: 105.0, C2: 72.4, C3: 74.3, C4: 84.3, C5: 72.4, C6: 63.0 400 291.0 None ND Ball-milled and heat-dried wood Masakazu Nishida et al., Integrated analysis of modified Japanese cypress using solid-state NMR spectra and nuclear magnetic relaxation times, Cellulose, 2019
ccmrd_247 Cellulose Glcp Polysaccharide plant Chamaecyparis obtusa b-D-Glcp Cellulose SNFG Cellulose C1: 105.0, C2: 72.4, C3: 74.3, C4: 89.8, C5: 72.4, C6: 65.4 400 291.0 None ND Ball-milled and heat-dried wood Masakazu Nishida et al., Integrated analysis of modified Japanese cypress using solid-state NMR spectra and nuclear magnetic relaxation times, Cellulose, 2019
ccmrd_248 Cellulose Glcp Polysaccharide plant Chamaecyparis obtusa b-D-Glcp Cellulose SNFG Cellulose C2: 73.7, C3: 73.7, C5: 73.7, C6: 62.2 400 291.0 None ND Ball-milled and heat-dried wood Masakazu Nishida et al., Integrated analysis of modified Japanese cypress using solid-state NMR spectra and nuclear magnetic relaxation times, Cellulose, 2019
ccmrd_249 Cellulose Glcp Polysaccharide bacteria Saccharomyces cereuisiae b-D-Glcp Cellulose SNFG Cellulose C1: 103.2, C2: 73.7, C3: 85.0, C5: 76.2 200 298.0 None DTBB Dried Eduardo Krainer et al., Direct observation of cell wall glucans in whole cells of Saccharomyces cerevisiae by magic-angle spinning 13C-NMR, Biopolymers, 1994
ccmrd_250 Cellulose Glcp Polysaccharide bacteria Saccharomyces cereuisiae b-D-Glcp Cellulose SNFG Cellulose C1: 102.4, C2: 75.2, C3: 78.6, C5: 76.2 200 298.0 None DTBB Dried Eduardo Krainer et al., Direct observation of cell wall glucans in whole cells of Saccharomyces cerevisiae by magic-angle spinning 13C-NMR, Biopolymers, 1994
ccmrd_251 Cellulose Glcp Polysaccharide bacteria Saccharomyces cereuisiae b-D-Glcp Cellulose SNFG Cellulose C1: 100.9 200 298.0 None DTBB Dried Eduardo Krainer et al., Direct observation of cell wall glucans in whole cells of Saccharomyces cerevisiae by magic-angle spinning 13C-NMR, Biopolymers, 1994
ccmrd_252 Cellulose Glcp Polysaccharide bacteria Saccharomyces cereuisiae ?-D-Glcp Cellulose SNFG Cellulose C1: 99.9 200 298.0 None DTBB Dried Eduardo Krainer et al., Direct observation of cell wall glucans in whole cells of Saccharomyces cerevisiae by magic-angle spinning 13C-NMR, Biopolymers, 1994