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. 2019 Mar 19;76(12):2349–2367. doi: 10.1007/s00018-019-03069-6

Table 2.

Haploid embryonic development capability and haESC derivation efficiency

Cell type Genetic background Blastocyst (% of 1-cell embryos) ES derived (% of blastocysts) Haploid ES (% of ES cell lines) References
PG-haESCs Mixed strainsa 181/937 (19.32) 76/181 (42) 25/76 (32.9) [15]
PG-haESCs C57BL/6 40/86 (46.5)b 13/40 (32.5) 9/13 (69.23) [21]
C57BL/6 × CD1 14/30 (46.6)b 6/14 (42.86) 2/6 (33.33) [21]
PG-haESCs C57BL/6 79/590 (13.39) 38/79 (48.10) 6/38 (15.79) [22]
AG-haESCs C57(OG-2) 194/909 (21.34) 34/194 (17.53) 4/34 (11.76) [14]
AG-haESCs Actin-GFP 82/490 (16.73) 5/82 (6.1) 1/5 (20) [14]
AG-haESCs 129sv 46/244 (17.42) 7/46 (15.22) 1/7 (14.29) [36]
AG-haESCs C57(OG-2) 110/466 (23.60) 19/110 (17.27) 5/19 (26.32) [36]
Rat AG-haESCs DA 43/986 (4.36)b 17/43 (40) 9/17 (53) [23]
Rat AG-haESCs WDB-Rosa26em1(RT2)Nips 26/495 (5.25) 7/26 (26.92) 1/7 (14.29) [24]
Rat PG-haESCs WI-Tg (CAG/Venus)Nips 2/117 (1.71) 2/2 (100) 1/2 (50) [24]
Monkey PG-haESCs

Macaca

Fascicularis monkey

70/181(40) 10/70 (14) 2/10 (20) [25]
Human PG-haESCs ND ND 14 2/14 (14.28) [26]
Human PG-haESCs ND 6/23 (26.08) 4/6 (66.67) 2/4 (50) [27]

ND not determined

aMixed mouse strains included B6CBAF1, 129B6F1, 129sv, transgenic ROSA26nlsrtTA LC1 Xist2LOX and ROSA26nlsrtTA tetOPXist

bData were obtained from morulae and blastocysts