Browse
Submit Data
Databases
API
Help

Dataset Information

0 Views

0 Connections

0 Citations

0 Reanalyses

0 Downloads

Omics score: 0

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 1mGy/day gamma-rays for 400 days (Secondary screening for 1mGyE familly).

ABSTRACT: Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a secondary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

ORGANISM(S): Mus musculus

PROVIDER: GSE211273 | GEO | 2022/08/20

REPOSITORIES: GEO

ACCESS DATA

Json Xml

Dataset's files

Source:

			Action	DRS
		Other

Items per page:

1 - 1 of 1

Similar Datasets

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 0.05mGy/day gamma-rays for 400 days (Primary screening for 0.05mGyG familly).

Project description:Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a primary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

2022-08-20 | GSE210448 | GEO

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 1mGy/day gamma-rays for 400 days (Secondary screening for 1mGyH familly).

Project description:Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a secondary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

2022-08-20 | GSE211305 | GEO

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 1mGy/day gamma-rays for 400 days (Secondary screening for 1mGyG familly).

Project description:Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a secondary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

2022-08-20 | GSE211302 | GEO

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 1mGy/day gamma-rays for 400 days (Secondary screening for 1mGyB familly).

Project description:Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a secondary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

2022-08-20 | GSE211252 | GEO

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 1mGy/day gamma-rays for 400 days (Secondary screening for 1mGyO familly).

Project description:Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a secondary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

2022-08-20 | GSE211334 | GEO

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 1mGy/day gamma-rays for 400 days (Secondary screening for 1mGyN familly).

Project description:Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a secondary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

2022-08-20 | GSE211332 | GEO

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 1mGy/day gamma-rays for 400 days (Secondary screening for 1mGyM familly).

Project description:Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a secondary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

2022-08-20 | GSE211329 | GEO

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 1mGy/day gamma-rays for 400 days (Secondary screening for 1mGyL familly).

Project description:Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a secondary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

2022-08-20 | GSE211325 | GEO

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 1mGy/day gamma-rays for 400 days (Secondary screening for 1mGyF familly).

Project description:Transgenerational effects of continuous low dose-rate (LDR) gamma-ray irradiation have not been well studied. Recent advances in DNA technology enabled us to examine a whole genome at molecular level. Here we adopted one of these techniques called oligo-microarray comparative genome hybridization (CGH) and studied trans-generational effects on DNA copy number aberrations (CNAs). C57BL/6JNrs male mice were exposed to LDR gamma-rays (0.05 mGy/day) for 400 days (total dose: 20 mGy) from 8 weeks of age. Progeny from 0.05 mGy/day irradiated mice had significantly lower frequencies of genomic aberrations than the progeny of non-irradiated mice.This study investigated the De novo mutation by comparing the parents and children using 15 LDR gamma-rays (0.05 mGy/day) irradiated male family and 25 non irradiated male family. This is a secondary screening. This study was performed under contract with the Aomori Prefectural Government, Japan.

2022-08-20 | GSE211284 | GEO

Analysis of transgenerational effects on DNA copy number aberrations in male mice exposed to continuous 0.05mGy/day gamma-rays for 400 days (Primary screening for 0.05mGyO familly).

2022-08-20 | GSE210473 | GEO