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BioProject

KAP242347

BioProject Title

Longitudinal study of mutation and inheritance pattern during whole lifetime

This project is a 6-year longitudinal study using non-human primates (Macaca fascicularis) as a model to precisely track the accumulation and inheritance patterns of germline and somatic mutations throughout their entire lifespan. Recognizing the limitations of human studies—such as the difficulty of long-term observation and the influence of uncontrolled environmental factors—this research utilizes primates in a controlled setting to analyze age-related changes in mutation rates and the impact of paternal age on de novo mutations using Next-Generation Sequencing (NGS). The ultimate goal is to address the uncertainties of existing molecular clock models and establish a high-precision predictive framework for understanding genetic diversity and microevolutionary processes in both human and non-human primate populations.

Common Fields

Common Fields - BioProject, Data Type, Submission date, Access, Release date, Runs
BioProject	KAP242347
Data Type	fastq
Submission date	2026-04-07
Access	Public
Release date	2026-05-21
Runs	38

Accession

Accession - Division, BIOSAMPLEs
Division	Run	Bytes	Download
Total	38	1,912,295,428,565 1,912,295,428,565	Metadata

BioProject * All samples * All experiments

Run Metadata

Primary

(38 cases)

Run Metadata - RUN ID, EXPERIMENT ID, BIOSAMPLE ID, LIBRARY IDENTIFIER, TYPE OF PRIMARY DATA FILE, NAME OF PRIMARY DATA FILE
Run ID	Experiment ID	BioSample ID	library name	filetype	file name	bytes (total)	Registration date	Release date	Access type	Protocol
KAR24112848	KAE24112848	KAS24200129	TN2101D2633_GENOMIC	fastq	TN2101D2633_1.fq.gz \| TN2101D2633_2.fq.gz	67,075,359,450 67,075,359,450	2026-05-07	2026-05-21	PUBLIC	Protocol
KAR24112925	KAE24112925	KAS24200092	TN2101D2634_GENOMIC	fastq	TN2101D2634_1.fq.gz \| TN2101D2634_2.fq.gz	55,163,584,531 55,163,584,531	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112926	KAE24112926	KAS24200093	TN2101D2635_GENOMIC	fastq	TN2101D2635_1.fq.gz \| TN2101D2635_2.fq.gz	57,257,482,935 57,257,482,935	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112927	KAE24112927	KAS24200094	TN2101D2636_GENOMIC	fastq	TN2101D2636_1.fq.gz \| TN2101D2636_2.fq.gz	60,943,751,530 60,943,751,530	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112928	KAE24112928	KAS24200095	TN2101D2637_GENOMIC	fastq	TN2101D2637_1.fq.gz \| TN2101D2637_2.fq.gz	70,575,891,803 70,575,891,803	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112929	KAE24112929	KAS24200096	TN2101D2638_GENOMIC	fastq	TN2101D2638_1.fq.gz \| TN2101D2638_2.fq.gz	52,811,350,531 52,811,350,531	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112930	KAE24112930	KAS24200097	TN2101D2639_GENOMIC	fastq	TN2101D2639_1.fq.gz \| TN2101D2639_2.fq.gz	48,040,973,253 48,040,973,253	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112931	KAE24112931	KAS24200098	TN2101D2640_GENOMIC	fastq	TN2101D2640_1.fq.gz \| TN2101D2640_2.fq.gz	48,832,865,634 48,832,865,634	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112932	KAE24112932	KAS24200099	TN2101D2641_GENOMIC	fastq	TN2101D2641_1.fq.gz \| TN2101D2641_2.fq.gz	45,837,879,065 45,837,879,065	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112933	KAE24112933	KAS24200100	TN2101D2642_GENOMIC	fastq	TN2101D2642_1.fq.gz \| TN2101D2642_2.fq.gz	48,398,164,204 48,398,164,204	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112934	KAE24112934	KAS24200101	TN2101D2643_GENOMIC	fastq	TN2101D2643_1.fq.gz \| TN2101D2643_2.fq.gz	56,896,866,946 56,896,866,946	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112935	KAE24112935	KAS24200102	TN2101D2644_GENOMIC	fastq	TN2101D2644_1.fq.gz \| TN2101D2644_2.fq.gz	56,759,188,612 56,759,188,612	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112936	KAE24112936	KAS24200103	TN2110D1417_GENOMIC	fastq	TN2110D1417_1.fq.gz \| TN2110D1417_2.fq.gz	48,391,722,497 48,391,722,497	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112937	KAE24112937	KAS24200104	TN2110D1418_GENOMIC	fastq	TN2110D1418_1.fq.gz \| TN2110D1418_2.fq.gz	48,354,107,871 48,354,107,871	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112938	KAE24112938	KAS24200105	TN2110D1419_GENOMIC	fastq	TN2110D1419_1.fq.gz \| TN2110D1419_2.fq.gz	47,783,227,853 47,783,227,853	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112939	KAE24112939	KAS24200106	TN2110D1420_GENOMIC	fastq	TN2110D1420_1.fq.gz \| TN2110D1420_2.fq.gz	47,647,225,621 47,647,225,621	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112940	KAE24112940	KAS24200107	TN2110D1421_GENOMIC	fastq	TN2110D1421_1.fq.gz \| TN2110D1421_2.fq.gz	45,686,282,862 45,686,282,862	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112941	KAE24112941	KAS24200108	TN2110D1422_GENOMIC	fastq	TN2110D1422_1.fq.gz \| TN2110D1422_2.fq.gz	48,539,672,721 48,539,672,721	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112942	KAE24112942	KAS24200109	TN2110D1423_GENOMIC	fastq	TN2110D1423_1.fq.gz \| TN2110D1423_2.fq.gz	47,929,079,799 47,929,079,799	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112943	KAE24112943	KAS24200110	TN2110D1424_GENOMIC	fastq	TN2110D1424_1.fq.gz \| TN2110D1424_2.fq.gz	47,908,145,814 47,908,145,814	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112944	KAE24112944	KAS24200111	TN2110D1425_GENOMIC	fastq	TN2110D1425_1.fq.gz \| TN2110D1425_2.fq.gz	48,274,853,762 48,274,853,762	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112945	KAE24112945	KAS24200112	TN2110D1426_GENOMIC	fastq	TN2110D1426_1.fq.gz \| TN2110D1426_2.fq.gz	44,979,259,305 44,979,259,305	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112946	KAE24112946	KAS24200113	TN2110D1427_GENOMIC	fastq	TN2110D1427_1.fq.gz \| TN2110D1427_2.fq.gz	45,148,663,918 45,148,663,918	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112947	KAE24112947	KAS24200114	TN2110D1428_GENOMIC	fastq	TN2110D1428_1.fq.gz \| TN2110D1428_2.fq.gz	47,849,489,578 47,849,489,578	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112948	KAE24112948	KAS24200115	TN2110D1429_GENOMIC	fastq	TN2110D1429_1.fq.gz \| TN2110D1429_2.fq.gz	48,391,014,363 48,391,014,363	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112949	KAE24112949	KAS24200116	TN2110D1430_GENOMIC	fastq	TN2110D1430_1.fq.gz \| TN2110D1430_2.fq.gz	48,178,933,037 48,178,933,037	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112950	KAE24112950	KAS24200117	TN2110D1431_GENOMIC	fastq	TN2110D1431_1.fq.gz \| TN2110D1431_2.fq.gz	48,855,156,909 48,855,156,909	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112951	KAE24112951	KAS24200118	TN2209D2118_GENOMIC	fastq	TN2209D2118_1.fq.gz \| TN2209D2118_2.fq.gz	45,634,690,736 45,634,690,736	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112952	KAE24112952	KAS24200119	TN2209D2119_GENOMIC	fastq	TN2209D2119_1.fq.gz \| TN2209D2119_2.fq.gz	51,322,716,859 51,322,716,859	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112953	KAE24112953	KAS24200120	TN2209D2120_GENOMIC	fastq	TN2209D2120_1.fq.gz \| TN2209D2120_2.fq.gz	45,370,496,900 45,370,496,900	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112954	KAE24112954	KAS24200121	TN2209D2121_GENOMIC	fastq	TN2209D2121_1.fq.gz \| TN2209D2121_2.fq.gz	46,706,275,328 46,706,275,328	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112955	KAE24112955	KAS24200122	TN2209D2122_GENOMIC	fastq	TN2209D2122_1.fq.gz \| TN2209D2122_2.fq.gz	48,154,171,001 48,154,171,001	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112956	KAE24112956	KAS24200123	TN2209D2123_GENOMIC	fastq	TN2209D2123_1.fq.gz \| TN2209D2123_2.fq.gz	52,414,537,544 52,414,537,544	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112957	KAE24112957	KAS24200124	TN2209D2124_GENOMIC	fastq	TN2209D2124_1.fq.gz \| TN2209D2124_2.fq.gz	38,861,180,229 38,861,180,229	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112958	KAE24112958	KAS24200125	TN2209D2125_GENOMIC	fastq	TN2209D2125_1.fq.gz \| TN2209D2125_2.fq.gz	52,644,919,839 52,644,919,839	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112959	KAE24112959	KAS24200126	TN2209D2126_GENOMIC	fastq	TN2209D2126_1.fq.gz \| TN2209D2126_2.fq.gz	48,927,576,052 48,927,576,052	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112960	KAE24112960	KAS24200127	TN2209D2127_GENOMIC	fastq	TN2209D2127_1.fq.gz \| TN2209D2127_2.fq.gz	46,985,645,355 46,985,645,355	2026-05-19	2026-05-21	PUBLIC	Protocol
KAR24112961	KAE24112961	KAS24200128	TN2209D2128_GENOMIC	fastq	TN2209D2128_1.fq.gz \| TN2209D2128_2.fq.gz	52,763,024,318 52,763,024,318	2026-05-19	2026-05-21	PUBLIC	Protocol

Analysis

(0 cases)

Run Metadata - RUN ID, EXPERIMENT ID, BIOSAMPLE ID, LIBRARY IDENTIFIER, TYPE OF PRIMARY DATA FILE, NAME OF PRIMARY DATA FILE
Analysis ID	analysis type	analysis file	bytes(GB)	Release date	Processed method
No Run data.

Reference

(0 cases)

Run Metadata - RUN ID, EXPERIMENT ID, BIOSAMPLE ID, LIBRARY IDENTIFIER, TYPE OF PRIMARY DATA FILE, NAME OF PRIMARY DATA FILE
reference type	RefSeq accession ID	file name
No Run data.

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