Citrus CAPS Marker Database

Locus name: Ov0505

CAPS PCR info

PCR Anneal-Temp (℃) / Method: 62
Main product (bp): 1000
Comment on PCR: Additional band (950 bp)
F-primer: TAAACGAATCCGCACCTTCAA
R-primer: TCAGTCCAAATGGGGAGCC

EST info

EST Accession number 1: DC894040
EST Accession number 2: DC894041

sequence-tagged site (STS seq)

Experiments: Restriction fragment profile

Compared cultivars (Left, (Middle), Right): Trovita orange/Kiyomi/Miyagawa-wase
Comment:
Figure legend:
Compared cultivars (Left, (Middle), Right): Frying dragon/Hyuuganatsu
Comment:
Figure legend:

Experiments: CAPS pattern of hybrid cultivar

Resriction enzyme: NC
Rank as CAPS marker: Available marker
Comment:
Figure legend:
CVName 1. Nagami, 2. Budha's, 3. Miyagawa, 4. Trovita, 5. Kiyomi, 6. Tachibana, 7. Koji, 8. Kinokuni (8' Hirakishu), 9. Mato pumello, 10. Kunip,
11. King, 12. Ponkan (12' Ohta ponkan), 13. Dancy, 14. Willowleaf, 15. Clementine, 16. C-haploid, 17. Encore, 18. Amaka, 19. Youkou, 20. Shiranuhi,
21. Harumi, 22. Nishinokaori, 23. Duncan GF, 24. Mineola, 25. Seminol, 26. Seihou, 27. Akemi, 28. Tsunokaori, 29. Ariake, 30. Nankou,
31. Mihocore, 32. Hareyaka, 34. Harehime, 35. Hayaka, 36. Southern Red, 37. Amakusa, 38. Setoka, *. Flying Dragon, SY(Southern Yellow), 40(MK, Mukakukishu)

Experiments: CAPS pattern of Citrus collection

Experiments: Segregation pattern

Population name: A255 (Okitsu46gou) x G434 (Kankitsu Chuukanbohon Nou5gou)
Restriction enzyme: NC
Comment:
Figure legend:
A: A255 (Okitu46gou), G: G434 (Kankitsu Chuukanbohon Nou5gou),
K or Km: Kiyomi, M or Mg: Miyagawa-wase, MK: Mukaku kisyu,
LE: Lee, O: Okitsu41gou, RP or RP94: Kankitsu Chukanbohon Nou6gou,
Sacd or SA: Siamese Acidless, SW: Sweet spring, T or Tr: Trovita orange,
X: meaningless
Population name: Jutaro unshu x Trovita orange
Restriction enzyme: NC
Comment:
Figure legend:
A: A255 (Okitu46gou), G: G434 (Kankitsu Chuukanbohon Nou5gou),
K or Km: Kiyomi, M or Mg: Miyagawa-wase, MK: Mukaku kisyu,
LE: Lee, O: Okitsu41gou, RP or RP94: Kankitsu Chukanbohon Nou6gou,
Sacd or SA: Siamese Acidless, SW: Sweet spring, T or Tr: Trovita orange,
X: meaningless
Population name: Kiyomi x Miyagawa-wase
Restriction enzyme: NC
Comment:
Figure legend:
A: A255 (Okitu46gou), G: G434 (Kankitsu Chuukanbohon Nou5gou),
K or Km: Kiyomi, M or Mg: Miyagawa-wase, MK: Mukaku kisyu,
LE: Lee, O: Okitsu41gou, RP or RP94: Kankitsu Chukanbohon Nou6gou,
Sacd or SA: Siamese Acidless, SW: Sweet spring, T or Tr: Trovita orange,
X: meaningless
Population name: Kankitsu Chuukanbohon Nou8gou x Siamese Acidless
Restriction enzyme: NC
Comment:
Figure legend:
A: A255 (Okitu46gou), G: G434 (Kankitsu Chuukanbohon Nou5gou),
K or Km: Kiyomi, M or Mg: Miyagawa-wase, MK: Mukaku kisyu,
LE: Lee, O: Okitsu41gou, RP or RP94: Kankitsu Chukanbohon Nou6gou,
Sacd or SA: Siamese Acidless, SW: Sweet spring, T or Tr: Trovita orange,
X: meaningless
Population name: Kiyomi x Okitsu41gou
Restriction enzyme: NC
Comment:
Figure legend:
A: A255 (Okitu46gou), G: G434 (Kankitsu Chuukanbohon Nou5gou),
K or Km: Kiyomi, M or Mg: Miyagawa-wase, MK: Mukaku kisyu,
LE: Lee, O: Okitsu41gou, RP or RP94: Kankitsu Chukanbohon Nou6gou,
Sacd or SA: Siamese Acidless, SW: Sweet spring, T or Tr: Trovita orange,
X: meaningless

Target on C. clementina (v1.0)

Transcript ID: Ciclev10031252m
Scaffold: scaffold_4
Start: 16626338
End: 16629094

Target on C. unshiu (v1.0)

Transcript ID: C_unshiu_00250:mRNA_14.1
Scaffold: C_unshiu_00250
Start: 82573
End: 84397
Gene function: Tyrosine decarboxylase

AGI map info (Shimada et al. 2014)

AGI LG:
AGI cM:

KmMg map info (Omura et al. 2003)

KmMg LG: KmG-07
KmMg cM: 53.887

JtTr map info (Omura et al. 2003)

JtTr LG: JtR-07
JtTr cM: 48.672

Km/O41 map info (Nakano et al. 2003)

Km/O41 LG: NAT-07
Km/O41 cM: 3.814

Rp/Sa map info (Ohta et al. 2011)

Rp/Sa LG:
Rp/Sa cM:

CAPS genotyping (Hybrid cv/Citrus collection)

CAPS genotyping: Hb

Cultivar identification (M: Cultivar identification manual / T: Ninomiya et al. 2015/ K: Nonaka et al. 2017)

Cultivar identification M/T/K:

SNP typing by Illumina GoldenGate assay (Fujii et al. 2013)

SNP1:
DNA sequence around SNP1:
SNP2:
DNA sequence around SNP2:
SNP3:
DNA sequence around SNP3:
SNP4:
DNA sequence around SNP4: