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ABO blood group predictions are brand new, and still under development. We're rolling it out to you so we can see how it performs on real data. All conclusions are still greatly limited by the general lack of phased data, the lack of genotyping at all of the necessary snps, and other factors.

best guess:

ABO blood type
A

rs8176746(C;C)
rs8176747(G;G)
you were not genotyped at rs8176719 so it is impossible to see type-O. This is a MAJOR limitation of your data
rs8176746(C;C) and rs8176747(G;G) suggests you are type-A
you were not genotyped at either rs590787 nor i4001527 so it is impossible to see your Rh blood type

But the ABO system is quite limited

Blood, you see, doesn't just come in types A, B, AB, and O. The "positive" or "negative?" Nope. In fact, let's get all the way into the weeds: Scientists have since discovered over 300 proteins that contribute to blood type. The AB+ on your blood donor card? Yeah, that's a massive oversimplification... read more at Beyond Blood Type: Genomics Can Show What You're Really Made Of

or

It would be straightforward if we all had the same blood. But we don't. On the surface of every one of our red blood cells, we have up to 342 antigens - molecules capable of triggering the production of specialised proteins called antibodies. It is the presence or absence of particular antigens that determines someone's blood type.

Some 160 of the 342 blood group antigens are 'high-prevalence', which means that they are found on the red blood cells of most people. If you lack an antigen that 99 per cent of people in the world are positive for, then your blood is considered rare. If you lack one that 99.99 per cent of people are positive for, then you have very rare blood.

If a particular high-prevalence antigen is missing from your red blood cells, then you are 'negative' for that blood group. If you receive blood from a 'positive' donor, then your own antibodies may react with the incompatible donor blood cells, triggering a further response from the immune system. These transfusion reactions can be lethal. Read more at The man with the golden blood.

Known ABO SNPs

23andMe ABO
IndexGeneSNPGenoReputeMagnitudeSummary
1   rs7466519 not tested
2   rs8176750 (I;I)    
3   rs56202119 not tested
4   i4000505 (G;G) Good 0
5   rs56231718 not tested
6   rs55788852 not tested
7   rs55927860 not tested
8   rs8176749 (G;G)   0
9   rs56190619 not tested
10   rs55783488 not tested
11   rs56355240 not tested
12   i4000504 not tested
13   rs56409303 not tested
14   rs55805279 not tested
15   rs56106480 not tested
16   rs8176747 (G;G) Good 0 common in clinvar
17   rs41302905 (C;C) Good 0 common in complete genomics
18   rs8176746 (C;C)   0
19   rs8176745 not tested
20   rs55951833 not tested
21   rs8176743 (G;G)   0
22   i5007173 not tested
23   rs55739900 not tested
24   rs56116432 not tested
25   rs56031507 not tested
26   rs8176741 not tested
27   rs56408700 not tested
28   rs8176740 (T;T)   0
29   rs55827808 not tested
30   rs8176739 not tested
31   rs56223957 not tested
32   rs56189011 not tested
33   rs56089890 not tested
34   rs55727303 not tested
35   rs7853989 (G;G)     Not blood group B
36   rs55964869 not tested
37   rs55756402 not tested
38   i5007171 not tested
39   rs1053878 (C;T)    
40   rs55658842 not tested
41   rs7873522 not tested
42   rs8176732 not tested
43   rs2073824 (A;A)    
44   rs8176722 not tested
45   rs8176721 not tested
46   rs8176720 (A;A)    
47   rs8176719 not tested
48   rs56231711 not tested
49   rs8176717 not tested
50   rs512770 (G;G)    
51   rs641959 not tested
52   rs514708 not tested
53   rs55958637 not tested
54   rs549446 not tested
55   rs8176704 (C;T)    
56   rs574347 (T;T)    
57   rs688976 not tested
58   rs687289 not tested
59   rs2073828 (A;G)    
60   rs55876802 not tested
61   rs8176694 not tested
62   rs672316 not tested
63   rs657152 (G;T)    
64   rs8176682 not tested
65   rs474279 not tested
66   rs500498 not tested
67   rs505922 (C;T) Bad   1.2x risk of pancreatic cancer
68   rs507666 (G;G)    
69   rs630014 (C;C)    
SNPedia ABO
IndexGeneSNPGenoReputeMagnitudeSummary
1   rs1053878 (C;T)    
2   rs2073824 (A;A)    
3   rs2073828 (A;G)    
4   rs2519093 not tested
5   rs41302905 (C;C) Good 0 common in complete genomics
6   rs500498 not tested
7   rs505922 (C;T) Bad   1.2x risk of pancreatic cancer
8   rs507666 (G;G)    
9   rs512770 (G;G)    
10   rs514659 not tested
11   rs55722397 not tested
12   rs55964869 not tested
13   rs56392308 not tested
14   rs574347 (T;T)    
15   rs612169 not tested
16   rs630014 (C;C)    
17   rs643434 not tested
18   rs644234 not tested
19   rs657152 (G;T)    
20   rs687289 not tested
21   rs687621 not tested
22   rs7853989 (G;G)     Not blood group B
23   rs8176694 not tested
24   rs8176704 (C;T)    
25   rs8176719 not tested
26   rs8176720 (A;A)    
27   rs8176722 not tested
28   rs8176740 (T;T)   0
29   rs8176741 not tested
30   rs8176743 (G;G)   0
31   rs8176746 (C;C)   0
32   rs8176747 (G;G) Good 0 common in clinvar
33   rs8176749 (G;G)   0
34   rs8176750 (I;I)    
Medicines and Drug Metabolism
Pharma
IndexGeneSNPGenoReputeMagnitudeSummary
1   rs2231142 (C;C) Good 0 normal
2   rs72552713 (G;G) Good 0 common in complete genomics
3   rs1800497 (C;T) Bad 2.9 A1/A2: Bad at avoidance of errors. 0.5x lower OCD risk, 0.87x lower Tardive Diskinesia risk, higher ADHD risk. More Alcohol Dependence. Lower risk of Postoperative Nausea. Increased obesity. Bupropion...
4   rs429358 (T;T) Good 0 common
5   rs7412 (C;C) Bad 1.1 more likely to gain weight if taking olanzapine
6   rs4680 (A;G)     Intermediate dopamine levels, other effects
7   rs12720461 (C;C) Good 0 normal
8   rs2069514 not tested
9   rs35694136 not tested
10   rs56107638 (G;G) Good 0 common/normal
11   rs762551 (A;C)   2.1 Carrier of one CYP1A2*1F allele; Slow Caffeine Metabolizer.
12   rs12721655 not tested
13   rs2279343 not tested
14   rs28399499 (T;T) Good 0 common in complete genomics
15   rs3211371 (C;C) Good 0 common in complete genomics
16   rs34097093 (C;C) Good 0 common in complete genomics
17   rs34223104 (T;T) Good 0 common in complete genomics
18   rs35303484 (A;A) Good 0 common/normal
19   rs3745274 (G;T)    
20   rs12248560 (C;T)   2 CYP2C19*17 ultra fast metabolizer; drug metabolism effects; also 0.77x decreased breast cancer risk
21   rs17878459 (G;G) Good 0 normal
22   rs17884712 (G;G) Good 0 normal
23   rs17885098 not tested
24   rs17886522 (A;A) Good 0 common/normal
25   rs28399504 (A;G)   2 carrier of a CYP2C19*4 allele, considered a 'slow metabolizer' variant
26   rs3758580 not tested
27   rs41291556 (T;T) Good 0 normal
28   rs4244285 (G;G) Good 0 normal
29   rs4986893 (G;G) Good 0 normal
30   rs55640102 (A;A) Good 0 normal
31   rs56337013 (C;C) Good 0 normal
32   rs6413438 (C;C) Good 0 normal
33   rs72552267 (G;G) Good 0 normal
34   rs72558186 (T;T) Good 0 normal
35   rs1057910 (A;A) Good 0.1 normal; no effect on warfarin metabolism
36   rs1799853 (C;C) Good 1 normal; no risk of altered warfarin metabolism or NSAID metabolism
37   rs28371685 (C;C) Good 0 normal
38   rs28371686 (C;C) Good 0 normal
39   rs56165452 not tested
40   rs72558187 not tested
41   rs72558188 not tested
42   rs72558190 (C;C) Good 0 normal
43   rs7900194 (G;G) Good 0 normal
44   rs7900194 (G;G) Good 0 normal
45   rs9332130 (A;A) Good 0 normal
46   rs9332131 (I;I)     normal
47   rs9332239 (C;C) Good 0 normal
48   rs1065852 (C;C) Good 0 normal
49   rs1080985 not tested
50   rs147960066 not tested
51   rs16947 (G;G)   0 normal
52   rs28371706 (C;C) Good 0 normal
53   rs28371720 not tested
54   rs28371725 (G;G) Good 0 normal
55   rs35742686 not tested
56   rs3892097 (G;G) Good 0 extensive metabolizer
57   rs5030655 (I;I)     normal
58   rs5030862 (G;G) Good 0 normal
59   rs5030863 not tested
60   rs5030865 (C;C) Good 1 normal
61   rs5030865 (C;C) Good 1 normal
62   rs5030867 (A;A) Good 0 normal
63   rs59421388 (C;C) Good 0 common in complete genomics
64   rs72549349 not tested
65   rs72549351 not tested
66   rs72549353 not tested
67   rs72549354 not tested
68   rs72549357 not tested
69   rs769258 not tested
70   rs12721629 not tested
71   rs2740574 (A;A) Good 0 normal
72   rs35599367 not tested
73   rs4646438 not tested
74   rs4986910 (T;T) Good 0 normal
75   rs4987161 (T;T) Good 0 normal
76   rs55785340 (A;A) Good 0 normal
77   rs10264272 (C;C) Good 0 normal
78   rs15524 not tested
79   rs28365083 (C;C) Good 0 normal
80   rs28383468 (C;C) Good 0 normal
81   rs28383479 (G;G) Good 0 normal
82   rs41279854 (A;A) Good 0 normal
83   rs41303343 (I;I)     CYP3A5*7 homozygote; nonexpressor for CYP3A5
84   rs55817950 (G;G) Good 0 normal
85   rs55965422 not tested
86   rs776746 (G;G) Bad 2.5 CYP3A5*3 homozygote; CYP3A5 non-expressor
87   rs1799963 not tested
88   rs6025 (A;G) Bad 4.1 3.5-4.4x risk of thrombosis
89   rs1801131 (A;A) Good 0
90   rs1801133 (C;T) Bad 2.2 1 copy of C677T allele of MTHFR = 65% efficiency in processing folic acid
91   rs1799971 (A;A) Good 0 normal
92   rs2306283 (C;T)    
93   rs4149056 (C;T) Bad 2.1 reduced breakdown of some drugs; 5x increased myopathy risk for statin users
94   rs55737008 not tested
95   rs56061388 (T;T)    
96   rs56101265 not tested
97   rs59502379 not tested
98   rs72559745 not tested
99   rs1902023 (G;G)    
100   rs8050894 (C;G)     average warfarin response (~5 mg/day)
101   rs9923231 (C;T)   2 reduced warfarin dose if treated for VTE
102   rs9934438 (A;G)