Table 1.
#a | Variant nameb | Intron/exon | dbSNP (#rs) | Nucleotide changec | Protein changed | Reference (the first report describing the variant) | Number of cases |
---|---|---|---|---|---|---|---|
1 | Afula | E-1 | c.1A>C | Undefined defect | Caridi et al., 2013 | 2 (closely related) families | |
2 | Baghdad | I-1 | rs77408163 | c.79+1G>A | Undefined splicing defect | Campagnoli et al., 2002 | 1 |
3 | Madeira | I-2 | c.138-2A>G | Undefined splicing defect | Caridi et al., 2018a | 1 | |
4 | Codogno | E-3 | rs75470261 | c.166C>T | p.Gln56Ter | Watkins et al., 1994b | 1 |
5 | Kayseri | E-3 | rs75152012 | c.228_229del | p.Val78Cysfs∗2 | Galliano et al., 2002 | 14 |
6 | Amasya | E-3 | c.229_230del | p.Val78Cysfs∗2 | Caridi et al., 2012a | 1 | |
7 | Treves | I-3 | c.270+1G>T | Undefined splicing defect | Caridi et al., 2016b | 1 | |
8 | Bethesda | E-4 | rs77238412 | c.412C>T | p.Arg138Ter | Watkins et al., 1994b | 2 |
9 | Erzurum | E-5 | c.527del | p.Pro176Argfs∗65 | Caridi et al., 2016a | 2 (same family) | |
10 | Zonguldak | E-5 | rs281860282 | c.597T>A | Undefined splicing defect? | Caridi et al., 2008 | 1 |
11 | Nijmegen-2 | E-5 | rs773532821 | c.615G>A | Undefined splicing defect | Unpublished | 1 |
12 | Vancouver | I-6 | rs77335374 | c.714-2A>G | Undefined splicing defect | Ruffner and Dugaiczyk, 1988 | 1 |
13 | Seattle | E-7 | rs76454301 | c.714G>A | p.Trp238Ter | Watkins et al., 1994b | 1 |
14 | El Jadida | E-7 | rs78340021 | c.802G>T | p.Glu268Ter | Campagnoli et al., 2005b | 2 |
15 | Roma | E-8 | rs77449454 | c.872dup | p.Asn291Lysfs∗8 | Watkins et al., 1994a | 2 (same family) |
16 | Bologna | E-8 | c.920del | p.Leu307Argfs∗23 | Dagnino et al., 2010b | 1 | |
17 | Ghazaouet | E-9 | c.1098dup | p.Val367fs∗12 | Caridi et al., 2019 | 2 (same family) | |
18 | Roma-2 | E-10 | c.1225C>T | p.Gln409Ter | Campagna et al., 2005 | 1 | |
19 | Monastir | E-10 | rs281860283 | c.1275C>A | p.Tyr425Ter | Caridi et al., 2009 | 1 |
20 | Guimarães | I-10 | rs779988470 | c.1289+1G>A | p.Phe398Alafs∗33 | Caridi et al., 2012b | 2 + 2 (same family) |
21 | Fondi | E-11 | rs398089012 | c.1427A>G | p.Tyr476Serfs∗13 | Campagna et al., 2005 | 1 |
22 | Tripoli | I-11 | c.1428+1G>T | Undefined splicing defect | Bibi et al., 2012 | 2 (same family) | |
23 | Bartin | I-11 | rs78784172 | c.1428+2T>C | p.Leu431Tyrfs∗5 | Dolcini et al., 2007 | 1 |
24 | Tubingen | E-12 | rs78696173 | c.1525C>T | p.Arg509Ter | Ruhoff et al., 2010 | 2 (same family) |
25 | Locust Valley | E-12 | rs77081291 | c.1610del | p.Ile537Asnfs∗21 | Davis et al., 2008 | 1 |
26 | Safranbolu | E-12 | c.1614_1615del | p.Leu540Phefs∗2 | Dagnino et al., 2010a | 2 | |
27 | Ankara | I-12 | c.1652+1G>A | p.Leu477Cysfs∗4 | Caridi et al., 2014 | 1 |
aThe variants are ordered on the basis of their positions in the albumin gene. bThe variants have been named after the place from where the first detected carrier originates. cbp and codon numbering is according to HGVS rules and is based on the cDNA sequence NM_000477.6. dThe protein changes in analbuminemia are deduced from mRNA (Guimarães, Fondi, Bartin, and Ankara) or DNA (all the others) sequence and were not established at the protein level. Subtract 24 from amino acid numbers to convert to starting at the Asp1 of mature albumin.