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. 2020 Dec 17;10:591046. doi: 10.3389/fcimb.2020.591046

Table 1.

Gametocyte, oocyst, and sporozoite production of Pf-PvCSP and WT NF54 lines.

Parasites Gams (%) male/female mean (SD) a Exfl. No mean (SD) b Exfl. Males (%)Mean (SD) c Infected/dissected mosquitoes Oocysts No mean (SD) d Spz No mean e
WT
NF54
exp. 1 0.45/0.57 366 80 16/18 62 32 K
exp. 2 0.47/0.67 401 85 9/12 47 21 K
exp. 3 0.52/0.63
(0.03/0.04)
201
(87)
38
(21)
11/12 40
(9.3)
54 K
Pf-PvCSP
Clone 1 exp. 1 0.8/1.1 623 76 16/16 44 17 K
Clone 3 exp. 1 0.6/1.1 696 100 16/16 63 18 K
exp. 2 0.3/0.4 641 100 18/18 52 20 K
exp. 3 0.7/1.0
(0.2/0.3)
485
(89)
65
(17)
9/9 48
(6.4)
46 K
a

Mean percentage of stage V male and female gametocytes (per 100 red blood cells) in day 14 gametocyte cultures in one to three experiments (exp.) with standard deviation (SD).

b

Mean number of exflagellating male gametocytes (per 105 red blood cells) at 10–20 min after activation in day 14 gametocyte cultures.

c

Mean percentage of exflagellating stage V male gametocytes in day 14 gametocyte cultures (1–3 exp.) with standard deviation (SD).

d

Mean number of oocyst per mosquito at days 10 to 12 after feeding (1–3 exp. per line; 10–30 mosquitoes per exp.).

e

Mean number of salivary gland sporozoites per mosquito at days 18–24 after feeding. Range corresponds to the mean number of sporozoites in multiple experiments (1–3 exp. per line; 50–90 mosquitoes per exp.). See Figure S3 for a graphic representation of the data of independent experiments.