v.yanshole

Vadim Yanshole

  • Organization: ITC SB RAS, Novosibirsk, Russia

Experiments:


Pink Salmon lenses from Pacific Ocean
Pink salmon (Oncorhynchus gorbuscha) lenses from Pacific Ocean *Unpublished*
Lymphedema blood and lymph
Comparison of human blood and interstitial fluid from patients with lymphedema and controls
Frozen frog - muscle
Muscle from frozen and control moor frog Rana arvalis. *Reference*: S.V. Shekhovtsov, N.A. Bulakhova, Yu.P. Tsentalovich, E.A. Zelentsova, E.N. Meshcheryakova, T.V. Poluboyarova, D.I. Berman. Metabolomic analysis reveals that the moor frog Rana arvalis uses both glucose and glycerol as cryoprotectants. Animals 2022, 12, 1286. https://doi.org/10.3390/ani12101286
Duck, Pochard and Pale martin lenses
Lenses of Wild duck, Common pochard, and Pale sand martin
Human lens and AH. Cataractous and normal
Comparison of human cataractous lenses obtained as the post-operational material and control lenses obtained post-mortem. *Reference*: Quantitative metabolomic analysis of changes in the lens and aqueous humor under development of age-related nuclear cataract. (2019). Metabolomics. 15:29. (DOI: 10.1007/s11306-019-1495-4).
Rabbit blood and ocular tissues post-mortem
Comparison of rabbit blood ante-mortem and immediately post-mortem. And post-mortem ocular tissues of rabbit. *Reference*: Ekaterina A. Zelentsova, Lyudmila V. Yanshole, Olga A. Snytnikova, Vadim V. Yanshole, Yuri P. Tsentalovich, Renad Z. Sagdeev. Post-mortem changes in the metabolomic compositions of rabbit blood, aqueous and vitreous humors. (2016). Metabolomics, 12: 172. (DOI:10.1007/s11306-016-1118-2).

Sample groups:


Human lens norm
Human lens, without cataracts, obtained post-mortem

Rabbit blood
Rabbit blood ante-mortem

Human AH norm
Human aqueous humor, obtained post-mortem, corresponding to lenses (without cataracts).

Rabbit AH PM
Rabbit aqueous humour post mortem

Rabbit VH PM
Rabbit vitreous humour post mortem

Gorbuscha lens
Pink salmon (Oncorhynchus gorbuscha) lenses from Pacific Ocean

Human lens cataract
Human lens, obtained after cataract surgery

Human AH Cataract
Human aqueous humor, obtained during cataract surgery, corresponding to lenses.

Rabbit blood PM
Rabbit blood post-mortem

A.ferina lens
Lenses of Common pochard

R.diluta lens
Lenses of Pale sand martin

A.platyrhynchos lens
Lenses of Wild duck

Frog muscle frozen
Muscle from frozen moor frog

Frog muscle control
Muscle from control moor frog

BloodC
Serum from control patients

BloodP
Serum from lymphedema patients

LymphP
Interstitial fluid from lymphedema patients

Samples:


Gorb1
Pink salmon (Oncorhynchus gorbuscha) lenses from Pacific Ocean. Sample 1.

Gorb2
Pink salmon (Oncorhynchus gorbuscha) lenses from Pacific Ocean. Sample 2.

Gorb3
Pink salmon (Oncorhynchus gorbuscha) lenses from Pacific Ocean. Sample 3.

Gorb4
Pink salmon (Oncorhynchus gorbuscha) lenses from Pacific Ocean. Sample 4.

Gorb5
Pink salmon (Oncorhynchus gorbuscha) lenses from Pacific Ocean. Sample 5.

CatLens1-5c
CM14-10-5, Glaucoma, cortex; 10-5c; 5C_treated

CatLens3-8c
CM14-10-8, cortex; 10-8c; 8C_treated

CatLens2-6c
CM14-10-6, cortex; 10-6c; 6C_treated

CatLens4-9c
CM14-10-9, cortex; 10-9c; 9C_treated

CatLens5-10c
CM14-10-10, COPD, cortex; 10-10c; 10C_treated

CatLens6-11c
CM14-10-11, cortex; 10-11c; 11C_treated

CatLens7-12c
CM14-10-12, cortex; 10-12c; 12C_treated

CatLens8-13c
CM14-10-13, HTN, cortex; 10-13c; 13C_treated

CatLens9-l4
CF14-10-4, 4 lens; lens4

CatLens10-l18
CF14-10-18, 18 lens; lens18

CatLens11-l24
CF14-10-24, 24 lens; lens24

CatLens12-l25
CF14-10-25, 25 lens; lens25

CatAH1-5c
CM14-10-5, Glaucoma; 5AH_treated

CatAH2-6c
CM14-10-6; 6AH_treated

CatAH3-8c
CM14-10-8; 8AH_treated

CatAH4-9c
CM14-10-9; 9AH_treated

CatAH5-10c
CM14-10-10, COPD; 10AH_treated

CatAH6-11c
CM14-10-11; 11AH_treated

CatAH7-12c
CM14-10-12; 12AH_treated

CatAH8-13c
CM14-10-13, HTN; 13AH_treated

CatAH9-l4
CF14-10-4; AH4

CatAH10-l18
CF14-10-18; AH18

NormLens1-G11-2c
G11-2; G11-2c; G11-2C_treated

NormLens2-G11-3c
G11-3; G11-3c; G11-3C_treated

NormLens3-G11-4c
G11-4; G11-4c; G11-4C_treated

CatAH11-l24
CF14-10-24; AH24-bad homogen

CatAH12-l25
CF14-10-25; AH25

NormLens4-G11-5c
G11-5; G11-5c; G11-5C_treated

NormLens5-G11-6c
G11-6; G11-6c; G11-6C_treated

NormAH2-G11-3c
G11-3; G11-3AH_treated

NormAH3-G11-4c
G11-4; G11-4AH_treated

NormAH4-G11-5c
G11-5; G11-5AH_treated

NormAH5-G11-6c
G11-6; G11-6AH_treated

NormAH6-G11-7c
G11-7; G11-7AH_treated

NormLens6-G11-7c
G11-7; G11-7c; G11-7C_treated

NormLens7-G12-1c
G12-1; G12-1c; G12-1C_treated

NormAH1-G11-2c
G11-2; G11-2AH_treated

NormAH7-G12-1c
G12-1; G12-1AH_treated

R1Bl0

R1VH1

R1AH1

R2Bl0

R2VH1

R2AH1

R3Bl0

R3VH1

R3AH1

Nyrok22

Nyrok23

NyrokMale

NyrokFemale

kryakva1954

kryakva1x

kryakva21

kryakva102

Nyrok10x

Nyrok11x

Nyrok8x

kryakvaK_B1

kryakvaK_B2

LastochkaZDR-645

LastochkaZDR-640

LastochkaZDR-633-638

LastochkaZDR-634

LastochkaZDR-635

LastochkaZDR-641-639

LastochkaZDR-636

MRF8

MRF10

MRF12

MRF13

MRF14

MRN6

MRN9

MRN11

MRN12

MRN13

R1Bl1

R2Bl1

R3Bl1

252c

253c

257c

245t

258c

259c

248t

s330

249t

s318

250t

s315

252t

s303

253t

s293

257t

s339

258t

s251

s336

259t

245c

s313

248c

s299

249c

s253

s294

250c

s345

K10

K11

K12

K13