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. Author manuscript; available in PMC: 2023 Mar 2.
Published in final edited form as: Immunohematology. 2004;20(1):23–36.

Table 5.

“African” RHCE alleles*

Allele type Allele name Antigens lacking “New” antigens Molecular bases
RH:-18,-19 (HrS-,hrS-) ceEK78 RH18, RH19 (HrS, hrS) Trp16Cys, Met238Val, Arg263Gly, Met267Lys
ceBI78 RH18, RH19 (HrS, hrS) Trp16Cys, Met238Val, Ala273Val, Leu378Val
ceAR59 RH18, RH19 (HrS, hrS) Trp16Cys, Met238Val, Leu245Val, Arg263Gly, Met267Lys, Ile306Val
RH: −19 (hrS-), Partial e ceMO96 RH19 (hrS) Trp16Cys, Val223Phe
RH:−34 (HrB-) Ccde s 37 RH34 (HrB) RH20 (VS) dCce S
Partial e ces(340CT)78 Arg114Trp, Leu245Val
RH:32,−46 R¯¯N 90 RH46 RH32 RHCE-D(4)-CE
R¯¯N 90 RH46 RH32 RHCE-D(3 partial-4)-CE
Weak e ce(W16C)94 Trp16Cys
ces 70 RH10, RH20 (V,VS) Trp16Cys, Leu245Val
ceCF97 RH20, RH43 (VS, Crawford) Trp16Cys, Gln233Glu, Leu245Val
*

Only important examples relevant to specific antigens are given. Several additional RHCE alleles have been described in individuals of African ancestry but often still await a full serologic characterization.

Among Africans, R0Har appears to be linked to a D+ allele.