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. 2020 Jul 2;21(21):2999–3025. doi: 10.1002/cbic.202000238

Table 1.

General information on the four C‐type lectins reviewed in this text.

Human C‐type lectin and oligomeric state

Relevant interacting monosaccharides and glycans

Murine orthologues and identity [%] for the CRD[b]

Reported 3D‐structures by X‐ray crystallography or cryoEM

DC‐SIGN (tetramer)

Man, Fuc, High Man N‐glycans (inner Man), Le‐type, ABO antigens

SIGNR1‐SIGNR5 (65–70 %), SIGNR6‐SIGNR8

1K9I, 2XR5, 2XR6, 1SL4, 1SL5, 2IT5, 2IT6, 6GHV, 2B6B (cryoEM)

langerin (trimer)

Man, Fucα1‐2, GlcNAc, 6SGal, High Man N‐glycans (outer Man), GAGs

langerin (77 %)

3C22, 5G6U, 3KQG, 3P7F, 3P7G, 3P7H, 4N32, 4N33, 4N34, 4N35, 4N36, 4N37, 4N38, 3P5D, 3P5E, 3P5F, 3P5G, 3P5H, 3P5I

MGL (trimer)

terminal GalNAc

MGL1‐MGL2 (64–68 %)

n.a.

LSECtin (dimer)[a]

LSECtin (71 %)

n.a.

[a] Also tetramer, although in low percentage. [b] Alignments performed with BLAST, using as queries the CRD segments of UniProtKB entries Q9NNX6 (DC‐SIGN), Q9UJ61 (langerin), Q8INN9 (MGL) and Q6UXB4 (LSECtin). n.a. not available.