Tomato Genetics Stock Center Department of Vegetable Crops University of California Davis, California 95616This list of 738 miscellaneous items represents a revision of the previous one issued in TGC 32, 1982. Extinct and little used accessions have been dropped and new accessions have been added. The new accessions were added from our research materials or from items contributed by other workers. Most noteworthy amongst the latter is the large collection contributed by Dr. Ernie Kerr. Many valuable multigenic stocks have been thus acquired, mainly in two categories: chromosome 10 marker stocks and multichromosomal marker stocks. Certain accessions of the latter group (LA2510, 2513) carry markers for as many as 10 different chromosomes apiece -- more than in any other accessions previously held by the TGSC. All of the listed new items have been grown, verified, and their stocks increased. All TGC members and other investigators are greatly in debt to Ernie for his foresight in synthesizing these invaluable stocks and for making them available.
This installment consists of different categories classified for the convenience of the user. Within each group, the stocks are listed in logical sequence; otherwise they are listed in chronological order of accessioning. The main categories pf genetic stocks are allozymic mutants, chromosome marker stocks, linkage screening stocks, and miscellaneous combinations. A new group added in this listing consists of stress tolerant, chromosome substitution, and prebred lines. Our inventory of modern and primitive cultivars comes next. Chromosomal categories include autotetraploids, translocations, and trisomics.
The remarks in TGC 34:22 concerning supply and availability apply also to these stocks. Names of most of the mutants are given in the TGC 34 inventory, and other pertinent data are presented in previous TGC Reports. Additional available information concerning the origin and other aspects of these stocks will be gladly furnished on request.
Allozymic Variants
This list assembles available stocks that carry deviants from the normal banding pattern for several enzyme systems. Phenotypes for the respective allozymes are illustrated in TGC 26:7-9, 15-17. We also have stocks with various combinations of these genes but they will not be listed at this time.
LA 1810 Aps-1^n LA 1819 -1^2 LA 1828 -2^4
1811 -1^1 1820 -1^3 1829 -3^n
1812 -1^2 1821 - 1^4 1830 -3^1
1813 -2^n 1822 Got-1^1 1831 -3^2
1814 -2^1 1823 -1^2 1832 -3^3
1815 -2^2 1824 -2^n 1833 -4^n
1816 -2^3 1825 -2^1 1834 -4^1
1817 Est-1^n (?) 1826 -2^2 1835 -4^2
1818 -1^1 1827 -2^3 1836 Prx-1^n
LA 1837 -1^1 LA 1859 Prx-4^10 LA 2421 -3^1
1838 -1^2 1860 -4^11 2422 -4^1
1839 -1^3 1861 -4^12 2423 -4^2
1840 -1^4 1862 -4^13 2424 -4^3
1841 -1^5 1863 -4^14 2425 -4^4
1842 -2^n 1864 -4^15 2426 -4^5
1843 -2^1 1866 -4^17 2427 -4^6
1845 -2^3 1867 -4^18 2428 -4^7
1846 -3^n 1868 -4^19 2429 -4^8
1847 -3^1 1869 -4^20 2430 -5^1
1848 -3^2 1870 -4^21 2431 -6^1
1849 -3a^1 1871 -4^22 2432 -7^1
1850 -4^1 1872 -4^23 2433 -7^2
1851 -4^2 1873 -7^1 2434 6Pgdh-3^1
1852 -4^3 1874 -7^2 2435 Pgi-1^1
1853 -4^4 1875 -7a^n 2436 -1^2
1854 -4^5 LA 2416 Adh-1^1 2437 Pgm-1^1
1855 -4^6 2417 -1^2 2438 -2^1
1856 -4^7 2418 Est-1^1 2439 Skdh-1^1
1857 -4^8 2419 -1^5 2440 Tpi-2^1
1858 -4^9 2420 -2^1
Chromosome Marker StocksThis series consists of stocks in each of which has been assembled a series of marker genes for a single chromosome. In a few cases markers of other chromosomes are also present, as indicated by the semicolon separation. We have combined some of the more useful groups with male steriles in order to make th6m useful for large scale testcrossing. These stocks are listed below according to chromosome, and within each chromosome group in chronological order.
Chromosome 1 Chromosome 2, cont.
LA 910 per, inv 715 Wo^m^, Me, aw, d
984 scf, inv 732 suf, d
985 Jau, inv, per 754 aw, p, d, m
995 um, deb 777 dil, d
1003 scf, inv, per 789 Me, aw, d, m
1082 era, um 790 wv, Me, aw. d
1169 scf, dgt 986 s, bk, Wo^m, o, aw, p, d
1173 gas, co 1525 aa, d
1184 au^t1, dgt 1526 are, wv, d
1185 au^t1, scf, inv 1534 tmf-d
1186 au^t1, scf, inv, dgt 1699 Wo^m, bip
1431 au^t1, scf, dgt 1700 wv, aa, d
1490 au^t1, co, inv, dgt 2366 bk-d-ds, j, na, pox
1529 au^t1, co, scf, inv, dgt
Chromosome 2 Chromosome 3
LA 157 p, d, m LA 644 r, wf
330 bk, o, p, d, s, r, y 782 sy, sf
342 ms-17; Wo^m , d 877 pau, r
514 aw, Wo^m , d 987 pli, con
639 Me, aw, d 1070 cur, ru, sf
650 aw, d 1071 sy, bls, sf
Chromosome 1, cont. Chromosome 7
LA 1101 cn, sy, sf LA 882 La, deb
1175 bls, aut 923 ig, La
1180 ms-31(VF); sy, bls, sf 924 not, La
1430 sy, Ln, bls, sf 1083 ig, flc
2354 br-y, p, 1
2379 wf-r
Chromosome 4 Chromosome 8
LA 774 ful, e LA 513 1, bu, dl
885 ful, e, di 712 ms-2;bu, dl
886 ful, ra, e 776 1, va^virg
888 ful, ven, e 805 1, spa
889 ra, ven 897 1, bu, dl, al
902 ms-31 (VF); ful, ra^2, e 998 1, bu, dl, Pn
911 clau, afl, ful 999 tp, dl
915 clau, ful 1103 var, not
916 clau, ra, di 1104 deb, not
917 clau, ful, ra, e, di 1179 ms-31 (VF); 1, du, d
920 ful, ra, e, di 1191 spa, ae
989 afl, ful 1442 1, dl, glg
990 cm, ful, e, di 1666 1, bu, dl, ae
993 ra, si
994 cm, ver
1073 clau, afl Chromosome 9
1074 clau, ver
1075 ver, e '2 di LA 883 ah, pum
884 wd, marm
1000 nv, ah
Chromosome 5 1001 pum, ah, marm
1100 ah, pla, marm
LA 512 mc, tf, wt
1188 frg, tf 1112 marm, lut
1176 Crk, ah, marm
Chromosome 6 Chromosome 10
LA 336 c, sp; a, y LA 158 Xa/+, u, t
640 yv, c 341 ms-2; h, ag
651 m-2, c 642 u, 1-2; al, d, h, j, wt
773 yv, m-2, c 643 u, 1-2
802 ms-2; yv, m-2, c 649 t^v, ag
905 ms-33 (VF); yv; m-2, c 711 ms-2, t^v, ag
1078 ves-2, ria 1002 pe, lg; a; h, 1-2, t, ag
1178 yv, coa, c 1085 h, res
1189 pds, c 1086 h, ten
1190 pds, yv 1110 ion, h, ag
1489 yv, vf, c 1192 hy, ag
1527 d-2, c 1487 icn, t^v
2493 Xa-2-hy-h-ag
chromosome 10, cont. Chromosome 11
LA 2494 Xa-2-u-h-1-2-t LA 291 ms-2; hl, a
2495 Xa-2-h-ten-ag-al 729 neg, a
2496 Xa-2-h-1-2-t 730 a, pro
2497 hy-u-ion-h-ag 803 ms-2; hl, a, pro
2498 u-Xa-3-h 881 neg, hl, a
2499 u-nor-t 925 J, hl, a, f
2500 u-icn-h 1109 mnt, hl, j
2501 u-icn-h-ag 1113 ms-31 (VF); J, hl, a, f
2502 u-h-auv-1-2-t^v 1488 neg, ini
2503 u-h-1-2-t^v-ag 1528 pcv, hl, a
2504 u-h-t-nd-ag 2352 p, c, J-f
2505 u-1-2-t^v-ag-Xa-1 2364 y, wt, c, 1, u, J-a-f
2507 h-t-nd-og
2508 h-t-ag-Xa-1 Chromosome 12
2509 oli-1-2-t V-ag
2592 u-h-t-ag LA 1111 fd, alb
2593 u-auv-ag 1171 aud, fd
1177 alb, mua
Miscellaneous Marker CombinationsWe have acquired and synthesized, in addition to the above categories, a group of stocks in which various mutant genes have been combined for various purposes. A few of these items include linked genes; they are classified here because other linkage testers include the same combinations and because they are more useful as markers of several chromosomes.
LA 13 a, c, d\2\1, r, y LA 719 Pa, clau
14 al, d, dm, f, J, wt, h 727 wv, d, c, r
52 j, wt, br 740 yg-4, al
85 Wo, d, h 741 sy, d, c, u
137 dl, wd, gq 759 lg, vi, pe, t, +/d
140 vg, c, sd 760 lg, vi
154 u, d, sp, h 775 tf, h, au, +/d
159 a, e, mc, t, u, y, wf 779 clau, rv
169 ps, wf, wt 783 Wo^m, d; au, tf
189 bl, cl-2 788 dil, La
190 wf, br, bkd 796 cl-3, Hrt, yt
215 at, y 875 hp, u, sp
271 aw-0 876 hp, sp
281 e, t, u 895 tp, sp, u, Hr
286 dv, d, m 907 lut, pr
296 br, bkd, gs, wf 908 per, var
297 tf, ug, Nr 909 con, sf
298 Xa, Wo-dv, tf 912 ht, di
299 ag, rv 913 ful, di, lit
302 ag, dv, h, sp 914 com, ful
312 cm, vms, u, f 996 um, ig
328 Xa, h, t 997 um, not
497 ch, j-2, sf 1072 sy, sf; um, +/not
499 Od, sn, at, cm/+ 1105 con, cur
507 gf, d, f, h/+ 1159 ep, obl
508 gf, dp c, a, r, y 1163 wv-d; tf
511 ps (exserted), a, et y 1170 cn, con
638 ht, d, r 1219 d, o, u (dwarf San
646 rv, e, Wo, wf, j, H/+ 1663 Ln, Wo^m Marzano)
717 La,ah,dl
LA 1664 hp, Ip LA 2354 br-y, p, l
1784 afr, h, gs, sp 2355 sp, ug
1785 afr, gs, u 2359 y, Wo, r, c
1786 bi, f, a, J, c 2360 e, wt, 1, u
1787 Bk2, en 2363 Y, Wo, wt, c, t, J
1789 +/cs, a 2364 y, wt, c, 1, u, J-a-f
1791 Gp, Tm-2^2 2365 wf-r, sp, wd
1796 Rs, d, h 2366 bk-d-ds, J, nc, pox
1797 Rs, d, wf, gf, h 2367 Y, m, t, f
1798 Rs, wf, h, a 2368 r, wt, mcp ct 11 j
1804 sr, sp, u 2369 P, Tm-1
1805 sr, y 2370 wf, n, gs
1806 ti, y, wf, al, j 2371 d, wf, wt, c, f
1807 ti, a, e, u, h, mc, wf 2372 sp, fl
1808 ti, c, me 2475 ug, inc, tf, gs,
al, Nr, h, hp
2349 p, d, r, c-sp, a 77 vo, cjf, wf, sp, 1, u h
2350 y, me, p, c-sp, a 78 afr, r, gs, h
2351 c, l, u, h 79 ek, s-p-d
2352 p, c, j-f 80 ck, o-aw-p-m-d
2353 y, wt, n 81 fn, in, bls, mc, gs
LA 2482 fu, r-wf, mc, c, gs, u-h, hp
83 fu, wf, mc, pdw, dl, gs, u, hp
85 inc, y, d, r-wf, mc, c, gs, 1-gf, h, a
86 inc, pds-sp, u-t
87 int, sp, u-t
88 mon, y, r, h, a, alb
89 me-2-a
90 pdw, mc, pst, dl
91 stu, mc, c, gs, dl, u-h, j
92 ti, wf, e, mc, u, a
2510 inc, d, r-wf, mc, gs, gf, h, a
12 y, lg-pe, r-wf, m-2-c, gs, gf, marn, h, hp
13 y, d, at-mc, m-2-c-sp, gs, u, yg-2, wf
14 y, d, at-mc, m-2-c-sp, gs, u, yg-2, wf
15 y, r-wf, m-2-c-sp,,gs, gf, u, a, yg-2
2516 r-wf, c, u-h, j, rot-lg-pc-tmf, cif, vo
17 rvt, r-wf, m-2-c, gs, gf, marm, h, hp
18 dp, m-2-c, gs, gf, h
20 r-wf, mc, m-2-c, gs, 1, mam, h, hp
21 r, clau, m-2-c, gs, gf, marm, u-h, a
22 r, mc, m-2-c, gf, mam, h, u-h, f, hp
23 r, mc, c, pdw, u-h, f
24 af-sd
26 dp, sp, u
27 allele of 1; sp, u
28 ti, Y, wf-sf, f
95 br, d, dm, wt, al, j, h, j-f
96 y, d, wf, at, m-2-c-sp, u, a, yg-2
97 y, r-wf, mc, m-2-c, gs, gf, marm, h
98 y, wf, at, m-2-c-sp, gs, u, a, yg-2
99 y, wf, at, m-2-C, gf, h, a, yg-2
2600 y, wf, at, m-2-c-sp, u, a, yg-2
01 y, e, mc, gs, gf, u-t (dk purple)
LA 2602 scf-dp, r-wf, m-2-c, gs, marm, u, hp
03 scf-dp, r-wf, c, gs, marm, u, hp
05 scf-dp, r-wf, c, gs, marm, a, hp
06 lg-pe-Nr-2-tmf-cjf, jl-j-2
07 lg-pe-tnf-cjf, wf, c, gs, marm, h, j
08 lg-pe-tnf, d, r, c, gf, marm, h, greenstem
09 lg-pe-tnf, d, r, c, gf, marm, h, (al?)
11 lg-pe, wf, m-2-c, gs, gf, marm, h, hp
12 d, at, m-2-c-sp, gs, u, a, yg-2
Linkage Screening TestersAs explained previously (TGC 22:24), we have endeavored to synthesize a set of linkage testers, each of which has two pairs of strategically situated markers on two different chromosomes. They are intended primarily for screening new, unlocated markers. The next group of chromosomal markers should be used for subsequent testing to delimit loci more accurately. Whereas six of these stocks should pretty well cover the tomato genome, we list below the entire series of the currently available testers because alternative stocks differ in their usefulness, depending upon the phenotype of the new mutant to be located. Numbers of the respective chromosomes are indicated in parentheses. The mutant scf is bracketed in stocks in which it was inadvertently lost in the course of segregation and selection.
LA 780 yv, c(6); h, ag(10) LA 1183 clau, ra(4); icn, ag(10) 781 ful, e(4); neg, a(ll) 1441 coa, c(6); hl, a(ll) 784 ful, e(4); hl, a(ll) 1443 (sef), dgt(l); 1, al(8) 982 clau, e(4); hl, a(ll) 1444 wv, d(2); af, tf(5) 983 l, dl(8); ah, marm(9) 1445 clau, di(4); icn, ag(10) 1164 var, not(7); ah, marm(9) 1491 (scf), dgt(l); spa, ae(8) 1166 clau, di(4); icn, ag(10) 1665 (scf), dgt(l); 1, al(8) 1182 sy, sf(3); alb, mua(12)The following group of translocation stocks have been assembled from the collections of their originators - D. W. Barton, C. D. Clayberg, B. S. Gill, G. R. Stringham, and B. Snoad. As far as we know, they are all homozygous for the indicated structural changes. They are listed in the order presented by Gill, et al. (TGC 24:10-12). This list is followed by a few items in our collection originated by G. S. Khush. Special thanks are due to Dr. Gill and his colleagues for their efforts in assembling and increasing this collection.
LA 1876 Tl-2* LA 1888 T7-11 LA 1902 T2 or 7-
77 T2-4 89 T3-8* 03 T3-7*
78 T2-7 90 T9-120 04 T2-9
79 T2-9 91 T7-9 05 Tl-3 or -8
80 T2-11 92 2 0 4 (T9-12)+? 06 T2-10
81 T2-12 94 T2-9 1121 T4-9
82 T12-3 or -8 95 T2-9 24 T5-7
83 T3-7 96 Tl-12 25 T5-7
84 2 0 4 97 T7 or ll-? 26 T3-9
85 T5-7* 98 T2-10* 27 T3-5
86 T12-3 or -8 99 T6-11* 1049 Tl-9(af stock)
87 T6-12*
*Comprise the tester setStress Tolerant Stocks, Chromsome Substitutions and Other Prebred Lines
This group of miscellaneous items, mostly derived from wild species, is included here for the first time. It is included because we receive many requests for such stocks. If TGC members know of other accessions which should be added to this group, we would be grateful for the information and seed samples to accession in the TGSC.
A. Stress tolerances
1. Soil moisture
a. Deficiency (drought tolerance)
L. pennellii (general feature) Ex: LA716
L. chilense (coastal habitats) LA 1958, 1959, 1972
b. Excess (waterlogging tolerance)
L. esculentum var. cerasiforme(wet tropical habitats)Lal421
L. juglandifolium, S. ochranthum (probably general feature)
2. Ambient temperature
a. High (heat tolerance)
L. esculentum (select lines) cv. Nagcarlang (LA2661),
Saladette (LA2662)
b. Low (chilling tolerance)
L. hirsutum(from high altitudes) LA1363, 1393, 1777
L. chilense (from high altitudes) LA1969, 1971)
S. lycopersicoides (possibly general feature) LA1964, 2408
S. rickii (only one known site) LA1974
3. Salinity (salt/alkali tolerance)
L. cheesmanii (from littoral habitat) LA1401
Has also been detected in accessions of L. pennellii,
peruvianum, and probably exists in L. chilense from
alkaline habitats
4. Arthropods
L. hirsutum, esp. f. glabratum: LA407 and many others.
B. L. pennellii chromosome substitution lines. In the course of our study of
segregation and recombination in L. esculentum x L. pennellii hybrids, we
progressively backcrossed certain chromosomes of L. pennellii LA716 into L.
esculentum, (see Genetics 26:753-768; Biol Zbl. 91:209-220). Selected
heterozygotes of later generations were selfed and subsequent progenies free
of esculentum markers were selected as the substitution lines.
chromosome 2: LA1639 chromosome 6: LA1641
3: 1640 8: 1642
4: 2091 11: 1643
C. High soluble solids derivatives from L. chmielewskii (see
Hilgardia 42:493-510). LA1500, 1501, 1502, 1503, 1563
D. Exserted stigma lines derived from LA1585 (see
TGC33:13-14), LA2380.
Modern and Vintage CultiyarsWe maintain the following limited list of cultivars for various purposes, mainly as isogenic stocks for various mutants, standards for other genetic comparison, and additional purposes. Marglobe is maintained as the standard for tomato genetics nomenclature. The stock of San Marzano originated from a haploid and is therefore a true autodiploid. Other lines have been inbred for many generations, as noted below.
LA 818 A-1 337 Red Cherry (X)-9
516 Ace 276 Red Top
2463 Allround 2356 Rey de los Tempranos Sw-1
1995 Angela 535 Rheinlands Ruhm
657 Beaverlodge (Chanasyk's 503 Roumanian Sweet
early) 2088 Royal Red
1449 Break O'Day 1090 Rutgers
2414 Cal Ace 180 San Marzano autodiploid
1439 Calmart 1021 Santa Cruz
2374 Caro Red 30 Stemless Pennorange
2400 Castlemart 2443 Stirling Castle
817 CP-2 1091 Stokesdale
1219 Dwarf San Marzano 1506 Stone
313 Dwarf Stone 164 Sutton's Best of All
266 Earlipak 154 Tiny Tim
517 Early Santa Clara 1706 UC 82
314 Hardin Miniature 1714 UC 134
806 High Crimson 2444 Vetomold K10
1089 John Baer 745 V-9 Red Top
1131 Kallio's Alaskan Dwarf 743 VF-6
505 Laketa 744 VF-11
534 Lukullus 1023 VF-13L
2451 Manapal 742 VF-34
502 Marglobe(X)-19 490 VF-36 (X)32
1504 Marmande 816 VF-145 22-8
278 Marzano Grande 1222 VF-145 78-79
11 Michigan State Forcing 1507 VF-145 21-4
1088 Ohio Globe A 1022 VFN-8
2376 Pan American 815 VFN-14
12 Pearson(X)-21 1221 VFNT Cherry
20 Pennheart 279 Webb Special
89 Prince Borghese 2464 White Beauty
2446 Purdue 135 2357 Yellow Peach Fs-3
Latin American CultivarsThis collection of Latin-American cultivars has been assembled from various sources but prinipally from our collecting trips. With a few exceptions they are indigenous in the sense that they are not recently introduced lines. Many of them are extinct in the source region, having been replaced by modern cultivars.
BOLIVIA MEXICO, cont.
LA 172 Santa Cruz LA 1568 Yucatan
CHILE 1702 Sinaloa
LA 466 Hda. Rosario (Azapa) 1703 Sinaloa
467 Lluta PANAMA
468 Iquique LA 1215 (no location)
COLOMBIA 1216 (no location)
LA 356 Buenaventura PERU
357 Buenaventura LA 113 Hda. Calera (La Libertad)
358 Buenaventura 117 Piura (4 lots)
359 Buenaventura 125 Trujillo (2 lots)
COSTA RICA 131 Arequipa
LA 1215 (no location) 134 Ayacucho (2 lots)
CUBA 393 Chiclayo
LA 1162 (no location) 394 Chiclayo
EQUADOR 395 Chiclayo
LA 126 Quito 396 Chiclayo
408 Guayaquil 401 Piura
409 Guayaquil 402 Piura
410 Guayaquil 403 Piura
415 Daular 404 Piura
416 Puna 405 Piura
423 Wreck Bay (Galapagos) 457 Tacna
1224 PUYO (3 items) 473 Calana (Tacna)
1238 Viche 477 Chincha
1239 Esmeraldas 478 Chincha
1240 Esmeraldas 1313 Convento de Sivia (Cuzco)
1241 Esmeraldas 1315 Ayna
1244 Camela (Guayas) 1390 La Molina (Lima)
1249 Loja 1397 Iquitos
1251 Loja 1398 Iquitos
2381-2384 Malacatos 1650 La Bogotalla-Ingenio
GUATEMALA 1654 Tarapoto
LA 1460 Antigua 1655 Tarapoto
HONDURAS 1669 Jahuay (Ica)
LA 147 Tegucigalpa 1698 Chancay
NICARAGUA 2207-2212 Naranjillo
LA 1213 (no location) 2213-2220 Nuevo Cajamarca
MEXICO 2221-2235, 2259 Moyobamba mereado
LA 146 Mexico City 2237-2244 Habana
1218 Vera Cruz 2245-2253 Soritor
1457 Tehuacan 2254-2256 Pto. Moyobamba
1459 Huauchinango 2257 Hotel Albricias
1462 Yucatan 2258 Yautalo
1544 Laguna 2260-2264 La Huarpia
1564 Sinaloa 2265-2268 Pacaisapa
1565 Oaxaca 2269-2276 km 57
1566 Oaxaca 2278-2282 Tabalosas
1567 Oaxaca 2283-2307 Tarapoto Mercado
2309-2311 Pto. St. Cruz
AutotetraploidsWe are currently maintaining only the following group of stocks. Whereas we formerly stocked many more lines, the rapid deterioration, low seed yields, and lack of demand required that we prune them to a smaller group of more frequently used lines.
2-95 4x cv San Marzano 2338 cv Break O'Day
2-483 4x cv Red Cherry 2339 cv. Pearson
LA 793 4x a, c, v, d, l, r, y 2340 L. ppn.
794 4x ag, t 2341 PI 224580
2335 L. ppn. 2342 cv Denmark
2336 r 2343 cv Waltham Fog
2337 cv Stokesdale 2344 ev Ohio WR Globe
TrisomicsThe following series includes various kinds of extra chromosomes. Since the extras are transmitted irregularly, each stock necessarily consists of a majority of diploids, the remainder aneuploid. Primary trisomies yield primaries, rarely tetrasomics. Telotrisomics yield telos and an occasional rare tetratelotrisomic. Secondary, tertiary, and compensating trisomies transmit other trisomic types as expected. Because transmission is irregular and reproduction of stocks requires much labor, our stocks are limited. In requesting our aneuploids, correspondents should keep these points in mind.
Primary: Secondary:
delta 10 Triplo-1 delta 44 2n + 2S (.) 2S
delta 6 Triplo-2 delta 43 2n + 5L (.) 5L
delta 8 TriPlo-3 delta 36 2n + 7S (.) 7S
delta 2 Triplo-4 delta 26 2n + 9S (.) 9S
delta 4 Triplo-5 delta 30 2n + 9L (.) 9L
delta 12 Triplo-6 delta 28 2n + 10L(.) 10L
delta 7 TriPlo-7 delta 41 2n + 11L(.) 11L
delta 3 Triplo-8 delta 29 2n + 12L(.) 12L
delta 5 Triplo-9 Tertiary:
delta 1 Triplo-10 delta 18 2n + 2L (.) 10L
delta 40 Triplo-11 delta 16 2n + 4L (.) 10L
delta 9 Triplo-12 delta 39 2n + 5L (.) 7S
Telo: delta 15 2n + 7S (.) 11L
delta 14 2n + 3S delta 25 2n + 9L (.) 12L
delta 17 2n + 3L delta 23 2n + 1L (.) 11L
delta 21 2n + 4L
delta 20 2n + 7L
delta 19 2n + 8L
delta 35 2n + 10S
Compensating: delta 32 2n - 3S 3L + 3S + 3L (.) 3L
delta 33 2n - 3S 3L + 3S 3S + 3L (.) 3L
delta 34 2n - 7S 7L + 7S 7S + 7L (.) 7L