C g m m m x P L C x D A K z M G B x S m F g 1 H g w g m PFC2 PFC3 N N: :101038/2971
S m F g 2 P x ( )O g M w m ( )S g m m M g " "( P) " "( S) T w g m P S P m w m w m ; m 2 5( 2 w 5 ) ( )R w v M w w w M&M w w m w I v m w w w m w v w m ( )S T m w ww m w w w g w I P 1 m w w x m v w I P 2 q w w w v q ( 0 ) I P 3 m w 1 5 N N: :101038/2971
Sm T 1 F x g g PFC g M PFC m x CON w w I S M C P vx L Rg L Rg L Rg L Rg PFC1 643 387 048 168 022 053 094 107 PFC2 922 581 175 081 023 007 000 343 PFC3 565 510 112 228 023 006 025 041 PFC m 710 493 112 159 023 022 040 163 CONA 7304 6339 10482 8073 5287 5331 6829 6985 CONB 4235 6404 4457 4538 1857 2191 2424 3753 CONC 7476 5797 5152 4001 3816 3596 14688 12150 CON m 6338 6180 6697 5537 3653 3706 7980 7629 % PFC v CON 9041 9773 9939 9868 Sm T 2 Rw g m S M m g S m g I S L Rg L Rg L Rg L Rg PFC1 2240 2705 2105 3165 2780 3105 2900 2920 PFC2 2020 2525 2950 2135 2885 3090 2565 3530 PFC3 2420 2565 3600 3610 3005 2840 3140 3160 PFC m 24125 29508 29192 30358 CONA 2895 2980 2895 2980 2670 2250 2670 2250 CONB 2820 2950 2820 2950 2605 2880 2605 2880 CONC 2530 3125 2530 3125 3030 2835 3030 2835 CON m 28833 27117 28833 27117 N N: :101038/2971 1
Sm T 3 S m Pm m T PFC m w m w w w g vg w m Hwv w w v m (g 1) PFC m w g m A * v m v (g w m w ) S N P 1 P 2 P 3 M 1-3 T (E) T (E) T (E) T (E) PFC1 660 210 810* 257 810 PFC2 30 0 60 0 330 132 1200* 195 530 PFC3 30 0 90 6 1020* 371 555 PFC m 240 70 320 8767 675 2515 1200 195 63167 CON6 30 0 60 0 90 9 150 5 100 CON7 120 20 60 0 90 14 210 21 120 CON8 90 12 60 0 270 69 330 37 220 CON9 120 22 90 8 150 45 720 84 320 CON m 90 135 675 2 150 3425 3525 3675 190 N N: :101038/2971 2
SUPPLEMENTARY METHODS S T w wv m (M m) m w m (CON3 CON5) 323 744 g (25 51 m ) v g M w x gg W w v m m m' w v g v g m w g Fv m w w (CON1 CON2 CON3 CON4) v v x (CON5) D m CON1 CON4 v v m 1 3 v m CON5 v 4 w m w g CON4 T m v g g x ( PFC1 PFC2 PFC3) (Sm Fg 1) F m w (CON6 CON7 CON8 CON9) T m Tw m (CON8 CON9) q v g v PFC m A xm w w U Kgm Am S P A (1986) A Bv g w x m T v 1 5 6 Rw w 190 mg v g (P J N L NH) M&M (M USA M I) S g W G T A (WGTA) A q g m g m w w w 28 m 7 m g W q w w v xm m m x xm m w w g w T w v w g q 8 m m M&M w w Pv g M w v g ( mm ) g mm E mm I mm ( 6 7) m w m (Sm Fg 2) F g m w 20 w w g m m E m g m m g gm g g m w g m ("") m m T m w w w M w g w v g w w (244% + 28%; 50%) Tg m w (m m 774 N N: :101038/2971 3
g 19 128) T m w m ( g) 20 Sg mm T g v Bx 2 M g "" (P) "" (S) (Sm Fg 2) M w q w mg v g T m g w v q g /w 25 I m 50 w A m q w m' w w (Sm Fg 2) M g g m m g T m w g v g F m m m q m g w 1555 (g 71 241) m g w 51375 (g 9 83) Pm A m m g g g mm w gv v m 24 T w g (S) w g (T) w q w STTSSTTSSTTSSTTSSTTSSTTS D m w w m g vg 20 m (10 g 10 g m) Fwg v m g g w g 20 m w Sg Ng w m g T Sm N E m' g x E m w mg g w m (10 mg g 1 ) xz (025 05 mg g 1 ) m A v g w gv g (m 20 mg/g) (005 mg g 1 ) (mx 875 mg g 1 ) ( 001 mg g 1 m) mm (mxm 02 mg g 1 v) mm (02 mg g 1 m) H2 g ( 1 mg g 1 v) Iv v w gv g g m w m g ( xg mg m CO 2 m ) B m w m w w (B Hgg) T w v v v v (wm 5 m 1 g 1 ) T m w mv g v (14 4% 100% xg) m v N N: :101038/2971 4
T m w x w g m w m T g g w T m m w x v A w v m w x w g T w v I w m g 10 µ Hm g w v I PFC1 PFC3 002 µg µ 1 ME204 09% (Av Tgg Sm S Dg CA) w L w m w x m w m I m w m g vg w g mmx x T v m x m w mg g m xg m m vx T w m w x m Hm g F m w ; m w g m m xg v w m A 80 92 m w m xm 3 mm 1 µ mmx w O m g g w 3 w w mmg v g Tw m CON8 CON9 v m PFC1 PFC3 I CON5 w v x (17 19 m) T w m W (2007) x w 3 mm ( 2 mm) w m T x m v v v vx T m w w x 1 µ w W w m w w v w C PFC1 PFC3 v 02 mg g 1 mm (m) m v v vmg T g w m w mv m T m w x w wwg x w v m g m m w g ( w 10 m) N N: :101038/2971 5
Tm w g wg g w v 3 5 Pv M w v: w g v g B T w WGTA O w g A m v m g g m w gv 10 w g m g x w E m 10 g m w w g T w g g g g w w mz Tg g v w g 1 Tg mm w w v T v w 5 10 g v E m 10 10 w gv A 10 x g w v I v ( 100 ) w g ( x w v) Tg 90% g w v w mmm 2 w m C v g T v g w v W & G 8 Rw mg I w v 5 m v m m m 60 ( ) g (Sm Fg 2) H w w w w w w M&M O m w w gv w w M&M w w m w m' v Dv w w M&M ; w m T m w w m w v = (m ) (m v ) T w M&M w gv v q M vg 1166 g vg 207 m N N: :101038/2971 6
v N m ( = 0204 P = 0845) m w g ( = 1071 P = 0325) S T w Gm 9 T q m mm w w w 5 T m w w w m w w B w w v w g q g w vw q A w m w w q w: m' w mm w w w (Sm Fg 2) M w gv 30 w q > 90% M w v M&M m w T xm g v m m w w g q w v Tg w m w m g q g w P 1 ( ) T xm g m g w m w w ( M&M) w w w g m q T m w w xm v w w q O q g m mm m w w g v m M w w w mv g 90% ( 27 30 ) P 2 (0 w ) I 2 w w v q w w q m m M w mv 3 vg v 90% 30 P 3 (1 5 w ) O 3 q m w 1 vg w I m v 90% 30 w v 2 x 1 mxmm 5 I m v 90% w 1 q O m v g w g I m 90% 5 m g Tg w g m w 800 D v v g T g m w w v w m v m B g m w N N: :101038/2971 7
g T 0 (w ) w 10 g 30 w m g (1 5 10 ) m O g w Fwg g v m w g g m T m m 10 g g w m T m mm w m wg ( w) SUPLEMENTARY RESULTS Hg A m v g w w v w 09% w 4% m B w x x 4% m vg 30% T w zg mm 50mm A 1:10 w w v A 1:10 ( w v) w vz g T g Bwg 6 1:10 w mmmm vm x 57 xm g mmg g v S w m ( vm 1:15000; Sw Bz Swz; m x 1:30000 57 xm 1:12000; Imm I H WI USA) w S w q v w v mx m g mz w w S m m PFC2 PFC3 w Sm Fg 1 Cg Cg q w g g m Bwg 6 T w m w m PFC Rg w m wg g: v g m g m g vx T m g w w g w m m m m v g x (g CONA CONB CONC) T w m v xm Cm w m ANOVA w m (2 v: g) w g ( ) w m w g w N N: :101038/2971 8
g g (F 1 16 = 2432 P = 0138) w m (F 1 16 =1279 P = 0275) T g x g g w Sm T 1 PFC m m PFC m g m g A m ANOVA w g (4 v) m (2 v: g) w g (2 v: PFC ) w v w g m g (F 1 4 = 26513 P = 0007) T w g m g (F 3 12 = 1240 P = 0338) g w g g (F 3 12 = 1067 P = 0382) I w m w g x m w w x Rw m m m g m g w Sm T 2 A m ANOVA w g (4 v) m (2 v: g) w g (2 v: PFC ) w v g m g (F 1 4 = 0084 P = 0787) g (F 3 12 = 1456 P = 0283) (F 3 12 = 3485 P = 0064) P v C w m v g PFC g m w m g A w ANOVA mg w w g (2 v: PFC) v g m g (F (1 8) = 0049 P = 0830) Cmg PFC g v g m g (F (1 6) = 0209 P = 0664) PFC g w w v g A w ANOVA m m PFC m v g m g (F 1 8 = 0198 P = 0668) mg PFC m w g (F 1 6 = 1014 P = 0353) R v Nm m m w w v m Dg w g m g ( v < 135 P v > 005 Nm vg w g g (m 169 v 198 ) w v g w w m g ( 7 = 1539; P = 0168) w w g ( v < 130 P v > 005 ) W m v PFC m S D w Sm T 3 N N: :101038/2971 9
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