Table 2.
i | Termini of the edge projected from <e, d> | Triplets |
---|---|---|
0 |
Edge is not projected (induction ends) |
None |
1 |
<e,х> (х is a leaf cohered with e; induction ends) |
<tr–o,e,d>, <tr–i,e,х>, <loss–,e,d> |
2 |
same as #1 |
<gain,e,х> |
3 |
<e,d1> |
None |
4 |
<e1,d1>; <e2,d2> |
None |
5 |
<e2,d1>; <e1,d2> |
None |
6 |
<e,d1> |
<loss,e,d2> |
7 |
<e,d2> |
<loss,e,d1> |
8 |
<e,d1> |
None |
9 |
<e,d2> |
None |
10 |
<e,d1> |
None |
11 |
<e,d2> |
None |
12 |
<e1,d>; <e2,d> |
<dupl,e,d> |
13 |
<e1,d>; <e2,d> |
None |
14 |
<e1,d>; <e2,d> |
None |
15 |
<e1,d'>; <e2,d> |
<tr+o,e1,d>, <tr+i,e1,d'> |
16 |
<e2,d'>; <e1,d> |
<tr+o,e2,d>, <tr+i,e2,d'> |
17 |
<e1,d'>; <e2,d> |
<gain,e1,d'> |
18 |
<e2,d'>; <e1,d> |
<gain,e2,d'> |
19 |
<e,d*> |
<sleep,e,d> |
20 |
<e0,d'> |
<gain_big,e,d'> |
21 |
<e,d'1> |
<tr–o,e,d>, <tr–i,e,d'>, <loss–,e,d> |
22 |
<e,d'1> |
<gain,e,d'> |
23 |
<e1,d'1>; <e2,d'2> |
<tr–o,e,d>, <tr–i,e,d'>, <loss–,e,d> |
24 |
<e1,d'2>; <e2,d'1> |
<tr–o,e,d>, <tr–i,e,d'>, <loss–,e,d> |
25 |
<e1,d'1>; <e2,d'2> |
<gain,e,d'> |
26 |
<e1,d'2>; <e2,d'1> |
<gain,e,d'> |
27 |
<e,d'1> |
<tr–o,e,d>, <tr–i,e,d'>, <loss–,e,d>, <loss,e,d'2> |
28 |
<e,d'2> |
<tr–o,e,d>, <tr–i,e,d'>, <loss–,e,d>, <loss,e,d'1> |
29 |
<e,d'1> |
<gain,e,d'>, <loss,e,d'2> |
30 |
<e,d'2> |
<gain,e,d'>, <loss,e,d'1> |
31 |
<e1,d'>; <e2,d'> |
<tr–o,e,d>, <tr–i,e,d'>, <loss–,e,d>, <dupl,e,d'> |
32 |
<e1,d'>; <e2,d'> |
<gain,e,d'>, <dupl,e,d'> |
33 |
<e1,d'>; <e2,d"> |
<tr–o,e,d>, <loss–,e,d>, <tr–i,e,d'&d">, <tr+o,e1&e2,d'&d">, <tr+i,e1&e2,d'&d"> |
34 | <e1,d'>; <e2,d"> | <gain,e, d'&d">, <tr+o,e1&e2,d'&d">, <tr+i,e1&e2,d'&d"> |
Consider i the ordering of events specified in Table 1; the second column specifies the termini of the edge projected from the pair <e, d>. The third column specifies triplets to be associated with edges of Rj. A notation e1&e2 designates a multiplier of 0.5. In rows 1, 21, 23, 24, 27, 28, 31, 33 the triplets <loss–,e,d> designate the loss of the donor copy of the gene after transfer.