Advanced Strain Search

VIR 37 - Novgorod-Seversky - cv

SRR 14708234

Grower: Lanzhou University, Guangpeng Ren

General Information

Sample Name
UNS
Accession Date
May 31, 2021
Reported Plant Sex
not reported

The strain rarity visualization shows how distant the strain is from the other cultivars in the Kannapedia database. The y-axis represents genetic distance, getting farther as you go up. The width of the visualization at any position along the y-axis shows how many strains there are in the database at that genetic distance. So, a common strain will have a more bottom-heavy shape, while uncommon and rare cultivars will have a visualization that is generally shifted towards the top.

Rarity: Rare
Most Distant Most Similar

Chemical Information

Cannabinoid and terpenoid information provided by the grower.

Cannabinoids

No information provided.

Terpenoids

No information provided.

Genetic Information

Plant Type
Type II

File Downloads

The bell curve in the heterozygosity visualization shows the distribution of heterozygosity levels for cannabis cultivars in the Kannapedia database. The green line shows where this particular strain fits within the distribution. Heterozygosity is associated with heterosis (aka hybrid vigor) but also leads to the production of more variable offspring. When plants have two genetically different parents, heterozygosity levels will be higher than if it has been inbred or backcrossed repeatedly.

Heterozygosity: 1.52%
Least Heterozygous Most Heterozygous

The ratio of reads mapped to Y-contigs to reads mapped to the whole Cannabis genome (Y-ratios) has been demonstrated to be strongly correlated with plant sex typing. This plot shows the distribution of Y-ratios for all samples in our database which were sequenced with the same method (panel or WGS) as this sample and where this sample falls in the distribution.

Y-Ratio Distribution: 0.0577
male female SRR14708234

This chart represents the Illumina sequence coverage over the Bt/Bd allele. These are the three regions in the cannabis genome that impact THCA, CBDA, CBGA production. Coverage over the Active CBDAS gene is highly correlated with Type II and Type III plants as described by Etienne de Meijer. Coverage over the THCA gene is highly correlated with Type I and Type II plants but is anti-correlated with Type III plants. Type I plants require coverage over the inactive CBDA loci and no coverage over the Active CBDA gene. Lack of coverage over the Active CBDA and Active THCA allele are presumed to be Type IV plants (CBGA dominant). While deletions of entire THCAS and CBDAS genes are the most common Bt:Bd alleles observed, it is possible to have plants with these genes where functional expression of the enzyme is disrupted by deactivating point mutations (Kojoma et al. 2006).

Bt/Bd Allele Coverage

This chart represents the Illumina sequence coverage over the CBCA synthase gene.

CBCAS Coverage

Variants (THCAS, CBDAS, and CBCAS)

No variants to report

Variants (Select Genes of Interest)
GPPs1

UniProt

c.896A>G p.Asn299Ser missense variant moderate contig676 169772

IGV: Start, Jump

A/G
NGS:
0.046
C90:
0.000
PHL-2 c.1540A>G p.Thr514Ala missense variant moderate contig2621 340818

IGV: Start, Jump

A/G
NGS:
0.042
C90:
0.282
PHL-2 c.2756A>C p.Glu919Ala missense variant moderate contig2621 342799

IGV: Start, Jump

A/C
NGS:
0.064
C90:
0.675
PHL-2 c.2783G>A p.Ser928Asn missense variant moderate contig2621 342826

IGV: Start, Jump

G/A
NGS:
0.107
C90:
0.890
PHL-2 c.3002A>G p.Tyr1001Cys missense variant moderate contig2621 343045

IGV: Start, Jump

A/G
NGS:
0.055
C90:
0.316
PHL-2 c.3027G>T p.Lys1009Asn missense variant moderate contig2621 343070

IGV: Start, Jump

G/T
NGS:
0.055
C90:
0.311
PHL-2 c.3033T>G p.Cys1011Trp missense variant moderate contig2621 343076

IGV: Start, Jump

T/G
NGS:
0.055
C90:
0.292
PHL-2 c.3209A>G p.Gln1070Arg missense variant moderate contig2621 343252

IGV: Start, Jump

A/G
NGS:
0.103
C90:
0.885
PHL-2 c.3379C>G p.His1127Asp missense variant moderate contig2621 343422

IGV: Start, Jump

C/G
NGS:
0.004
C90:
0.000
PHL-2 c.3380A>G p.His1127Arg missense variant moderate contig2621 343423

IGV: Start, Jump

A/G
NGS:
0.004
C90:
0.000
PHL-2 c.3381T>A p.His1127Gln missense variant moderate contig2621 343424

IGV: Start, Jump

T/A
NGS:
0.004
C90:
0.000
PKSG-4b

UniProt

c.496A>G p.Lys166Glu missense variant moderate contig700 2721177

IGV: Start, Jump

T/C
NGS:
0.651
C90:
0.684
PKSG-4b

UniProt

c.489delT p.Phe163fs frameshift variant high contig700 2721183

IGV: Start, Jump

CA/C
NGS:
0.792
C90:
0.761
PKSG-4b

UniProt

c.485A>G p.Lys162Arg missense variant moderate contig700 2721188

IGV: Start, Jump

T/C
NGS:
0.643
C90:
0.301
PKSG-4b

UniProt

c.316+2T>A splice donor variant & intron variant high contig700 2723818

IGV: Start, Jump

A/T
NGS:
0.070
C90:
0.689
DXR-2

UniProt

c.1319T>C p.Ile440Thr missense variant moderate contig380 285250

IGV: Start, Jump

A/G
NGS:
0.480
C90:
0.000
ELF3

UniProt

c.574A>G p.Asn192Asp missense variant moderate contig97 242280

IGV: Start, Jump

A/G
NGS:
0.042
C90:
0.579
ELF3

UniProt

c.1466G>A p.Ser489Asn missense variant moderate contig97 244297

IGV: Start, Jump

G/A
NGS:
0.123
C90:
0.000
ELF3

UniProt

c.1630A>G p.Thr544Ala missense variant moderate contig97 244461

IGV: Start, Jump

A/G
NGS:
0.103
C90:
0.545
aPT1

UniProt

c.629C>T p.Thr210Ile missense variant moderate contig121 2840237

IGV: Start, Jump

C/T
NGS:
0.561
C90:
0.598
AAE1-2

UniProt

c.205T>A p.Ser69Thr missense variant moderate contig81 209167

IGV: Start, Jump

T/A
NGS:
0.013
C90:
0.000
AAE1-2

UniProt

c.1415G>A p.Ser472Asn missense variant moderate contig81 210377

IGV: Start, Jump

G/A
NGS:
0.070
C90:
0.000
AAE1-2

UniProt

c.1417A>G p.Thr473Ala missense variant moderate contig81 210379

IGV: Start, Jump

A/G
NGS:
0.070
C90:
0.000
AAE1-2

UniProt

c.1434G>T p.Glu478Asp missense variant moderate contig81 210396

IGV: Start, Jump

G/T
NGS:
0.075
C90:
0.000
AAE1-2

UniProt

c.1541T>C p.Val514Ala missense variant moderate contig81 210503

IGV: Start, Jump

T/C
NGS:
0.050
C90:
0.000
PHL-1

UniProt

c.2623A>G p.Thr875Ala missense variant moderate contig1439 1487174

IGV: Start, Jump

T/C
NGS:
0.123
C90:
0.000
HDS-1

UniProt

c.1618A>G p.Ile540Val missense variant moderate contig1891 885936

IGV: Start, Jump

T/C
NGS:
0.099
C90:
0.861
HDS-1

UniProt

c.136G>A p.Val46Ile missense variant moderate contig1891 889256

IGV: Start, Jump

C/T
NGS:
0.088
C90:
0.593
PIE1-2

UniProt

c.5932A>G p.Ile1978Val missense variant moderate contig1460 1185552

IGV: Start, Jump

T/C
NGS:
0.061
C90:
0.268
PIE1-2

UniProt

c.2027A>T p.Gln676Leu missense variant moderate contig1460 1190013

IGV: Start, Jump

T/A
NGS:
0.004
C90:
0.014
FT

UniProt

c.175C>G p.Leu59Val missense variant moderate contig1561 3124599

IGV: Start, Jump

C/G
NGS:
0.004
C90:
0.000
FT

UniProt

c.276_277insGGTTTCCCTAA p.Met93fs frameshift variant & splice region variant high contig1561 3125016

IGV: Start, Jump

T/TAGGTTTCCCTA
NGS:
0.000
C90:
0.000
FT

UniProt

c.278+1G>T splice donor variant & intron variant high contig1561 3125020

IGV: Start, Jump

G/T
NGS:
0.002
C90:
0.000
aPT4

UniProt

c.97T>C p.Tyr33His missense variant moderate contig121 2828753

IGV: Start, Jump

T/C
NGS:
0.439
C90:
0.000
aPT4

UniProt

c.235_236delGT p.Val79fs frameshift variant high contig121 2829030

IGV: Start, Jump

ATG/A
NGS:
0.417
C90:
0.000
aPT4

UniProt

c.238delT p.Ser80fs frameshift variant high contig121 2829034

IGV: Start, Jump

AT/A
NGS:
0.421
C90:
0.000
aPT4

UniProt

c.757G>T p.Val253Leu missense variant moderate contig121 2831364

IGV: Start, Jump

G/T
NGS:
0.039
C90:
0.000
FLD

UniProt

c.2831A>G p.Glu944Gly missense variant moderate contig1450 2044201

IGV: Start, Jump

T/C
NGS:
0.011
C90:
0.000
AAE1-3

UniProt

c.655C>T p.Pro219Ser missense variant moderate contig976 1083199

IGV: Start, Jump

G/A
NGS:
0.007
C90:
0.000
AAE1-3

UniProt

c.635G>A p.Gly212Asp missense variant moderate contig976 1083219

IGV: Start, Jump

C/T
NGS:
0.007
C90:
0.000
AAE1-3

UniProt

c.634G>C p.Gly212Arg missense variant moderate contig976 1083220

IGV: Start, Jump

C/G
NGS:
0.116
C90:
0.000
AAE1-3

UniProt

c.12G>A p.Met4Ile missense variant moderate contig976 1084063

IGV: Start, Jump

C/T
NGS:
0.007
C90:
0.000
AAE1-3

UniProt

c.11T>C p.Met4Thr missense variant moderate contig976 1084064

IGV: Start, Jump

A/G
NGS:
0.007
C90:
0.000
GGR

UniProt

c.456T>A p.His152Gln missense variant moderate contig2282 549448

IGV: Start, Jump

T/A
NGS:
0.068
C90:
0.000
GGR

UniProt

c.460G>A p.Asp154Asn missense variant moderate contig2282 549452

IGV: Start, Jump

G/A
NGS:
0.070
C90:
0.000

Nearest genetic relatives (All Samples)

0 0.058 0.117 0.175 0.233
clone distance sibling distance more distant
  1. 0.199 Carmagnola (RSP10655)
  2. 0.210 Carmagnola (RSP11039)
  3. 0.211 Carmagnola (RSP10978)
  4. 0.211 Carmagnola (RSP10976)
  5. 0.212 Carmagnola (RSP10980)
  6. 0.213 Carmagnola (RSP10977)
  7. 0.217 Carmagnola (RSP11202)
  8. 0.218 Carmagnola (RSP11037)
  9. 0.219 Carmagnola (RSP10982)
  10. 0.220 Carmagnola USO 31 (RSP11204)
  11. 0.222 Carmagnola (RSP10979)
  12. 0.222 R1in136 (SRR14708225)
  13. 0.223 VIR 201 (SRR14708232)
  14. 0.223 Tisza (RSP11044)
  15. 0.225 Diana (RSP10235)
  16. 0.226 VIR 469 (SRR14708241)
  17. 0.227 Kompolti (SRR14708277)
  18. 0.227 Fedora 17 (RSP11203)
  19. 0.230 Fedora 17 (RSP10661)
  20. 0.231 VIR 469 (SRR14708243)

Nearest genetic relatives (Base Tree)

0 0.083 0.167 0.250 0.333
clone distance sibling distance more distant
  1. 0.222 Carmagnola (RSP11037)
  2. 0.225 Carmagnola (RSP10979)
  3. 0.227 Tisza (RSP10659)
  4. 0.229 Lovrin (RSP10658)
  5. 0.230 Fedora 17 (RSP10661)
  6. 0.234 Tygra (RSP10667)
  7. 0.237 Tisza (RSP11044)
  8. 0.244 Futura 75 (RSP10664)
  9. 0.248 USO 31 (RSP10981)
  10. 0.249 Ivory (RSP10668)
  11. 0.253 Santhica27 (RSP11047)
  12. 0.255 Feral (RSP10890)
  13. 0.260 Monoica (RSP10241)
  14. 0.269 KYRG-11 (RSP11051)
  15. 0.278 Kyrgyz Gold (RSP11054)
  16. 0.292 Jiangji (RSP10653)
  17. 0.308 Kimbo Slice (RSP10997)
  18. 0.329 Recon (RSP10755)
  19. 0.330 Liberty Haze (RSP11000)
  20. 0.330 Blueberry Cheesecake (RSP10684)

Most genetically distant strains (All Samples)

0 0.117 0.233 0.350 0.467
clone distance sibling distance more distant
  1. 0.444 Cherry Blossom (RSP11323)
  2. 0.438 Cherry Blossom (RSP11301)
  3. 0.429 Cherry Blossom (RSP11318)
  4. 0.428 Cherry Blossom (RSP11328)
  5. 0.423 GMO x Garlic Breath (RSP12507)
  6. 0.421 Chem 91 (RSP11185)
  7. 0.419 AVIDEKEL 2 0 (RSP11174)
  8. 0.418 Unknown--Cherry Wine---001- (RSP11268)
  9. 0.417 Cherry Blossom (RSP11298)
  10. 0.417 Cherry Blossom (RSP11334)
  11. 0.416 New York City Deisel (RSP11225)
  12. 0.416 UP Wendigo (RSP11261)
  13. 0.416 Northern Skunk (RSP11456)
  14. 0.414 Cherry Blossom (RSP11300)
  15. 0.414 Cherry Blossom (RSP11322)
  16. 0.412 Super Sour Diesel (RSP11191)
  17. 0.412 Cherry Blossom (RSP11333)
  18. 0.411 Chematonic -Cannatonic x Chemdawg- (RSP11394)
  19. 0.410 CHEM4 (RSP12090)
  20. 0.410 Wilburs Great Adventure (RSP11727)

Most genetically distant strains (Base Tree)

0 0.108 0.217 0.325 0.433
clone distance sibling distance more distant
  1. 0.408 Cbot-2019-005 (RSP11133)
  2. 0.397 RKM-2018-002 (RSP11093)
  3. 0.394 RKM-2018-028 (RSP11120)
  4. 0.382 JL yellow (RSP11075)
  5. 0.382 RKM-2018-018 (RSP11110)
  6. 0.381 RKM-2018-022 (RSP11114)
  7. 0.380 RKM-2018-032 (RSP11124)
  8. 0.379 Kush Hemp E1 (RSP11128)
  9. 0.378 Skunk#18 (RSP11038)
  10. 0.377 Sour Raspberry (RSP10551)
  11. 0.377 Cbot-2019-001 (RSP11129)
  12. 0.374 Cherry (RSP11142)
  13. 0.373 RKM-2018-004 (RSP11096)
  14. 0.372 Gold Cracker (RSP11048)
  15. 0.369 RKM-2018-009 (RSP11100)
  16. 0.367 RKM-2018-027 (RSP11119)
  17. 0.367 RKM-2018-023 (RSP11115)
  18. 0.366 RKM-2018-026 (RSP11118)
  19. 0.366 Cbot-2019-004 (RSP11132)
  20. 0.365 RKM-2018-033 (RSP11125)

Nearest genetic relative in Phylos dataset

Phylos Strain SRR4448805
Overlapping SNPs:
13
Concordance:
11

Nearest genetic relative in Lynch dataset

Lynch Strain SRR3495167
Overlapping SNPs:
2
Concordance:
2
QR code for SRR14708234

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