林志华：修订间差异
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== '''性别''' == | |||
男 | |||
== '''工作单位''' == | |||
浙江万里学院 | |||
== '''职称/职务''' == | |||
研究员 | |||
== '''主要研究方向''' == | |||
海洋贝类种质资源、繁殖和遗传育种研究，以及健康养殖基础理论和应用技术研究。 | |||
== '''工作年限（从事该领域研究的起始时间）''' == | |||
40年（起始：1985） | |||
== '''论文著作''' == | == '''论文著作''' == | ||
1. | 1. Genome-wide methylome and transcriptome dynamics provide insights into epigenetic regulation of kidney functioning of large yellow croaker (Larimichthys crocea) during low-salinity adaption，Aquaculture，2023，571:739410，SCI一区，通讯作者； | ||
2. | 2. Insight into the genetic basis of ammonia tolerance in razor clam Sinonovacula constricta by genome-wide association study，Aquaculture，2023，569:739351，SCI一区，通讯作者； | ||
3. | 3. Gut microbiome composition likely affects the growth of razor clam Sinonovacula constricta，Aquaculture，2022，550:737847，SCI一区，通讯作者； | ||
4. | 4. Heritability estimates for ammonia resistance and growth-related traits in the razor clam Sinonovacula constricta，Aquaculture，2022，549:737750，SCI一区，通讯作者； | ||
5. | 5. Transcriptomic identification of key genes in Pacific oysters Crassostrea gigas responding to major abiotic and biotic stressors，Fish and Shellfish Immunology，2022，131:1027-1039，SCI一区，通讯作者； | ||
6. | 6. Transcriptome and methylome dynamics in the gills of large yellow croaker (Larimichthys crocea) during low-salinity adaption，Frontiers in Marine Science，2023，10:1082655，SCI一区，通讯作者； | ||
7. | 7. H3K4me3 CUT and Tag and transcriptome analysis reveal the epigenetic regulatory landscape in gill tissue of large yellow croaker (Larimichthys crocea) under low salinity stress，Frontiers in Marine Science，2022，9:906337，SCI一区，通讯作者； | ||
8. | 8. Transcriptomic analysis of gill and hepatopancreas in razor clam (Sinonovacula constricta) exposed to acute ammonia，Frontiers in Marine Science，2022，9:832494，SCI一区，通讯作者； | ||
9. | 9. Identification, Phylogeny and Expressional Profiles of Peptidoglycan Recognition Protein (PGRP) Gene Family in Sinonovacula constricta，Journal of Ocean University of China，2022，21(4):1051-1060，SCI二区，通讯作者； | ||
10. Changes in bacterial communities of Kumamoto oyster larvae during their early development and following Vibrio infection resulting in a mass mortality event，Marine Biotechnology，2022，25(1):30-44，SCI二区，通讯作者。 | 10. Changes in bacterial communities of Kumamoto oyster larvae during their early development and following Vibrio infection resulting in a mass mortality event，Marine Biotechnology，2022，25(1):30-44，SCI二区，通讯作者。 | ||
2025年9月23日 (二) 17:09的版本
性别
男
工作单位
浙江万里学院
职称/职务
研究员
主要研究方向
海洋贝类种质资源、繁殖和遗传育种研究，以及健康养殖基础理论和应用技术研究。
工作年限（从事该领域研究的起始时间）
40年（起始：1985）
论文著作
1. Genome-wide methylome and transcriptome dynamics provide insights into epigenetic regulation of kidney functioning of large yellow croaker (Larimichthys crocea) during low-salinity adaption，Aquaculture，2023，571:739410，SCI一区，通讯作者；
2. Insight into the genetic basis of ammonia tolerance in razor clam Sinonovacula constricta by genome-wide association study，Aquaculture，2023，569:739351，SCI一区，通讯作者；
3. Gut microbiome composition likely affects the growth of razor clam Sinonovacula constricta，Aquaculture，2022，550:737847，SCI一区，通讯作者；
4. Heritability estimates for ammonia resistance and growth-related traits in the razor clam Sinonovacula constricta，Aquaculture，2022，549:737750，SCI一区，通讯作者；
5. Transcriptomic identification of key genes in Pacific oysters Crassostrea gigas responding to major abiotic and biotic stressors，Fish and Shellfish Immunology，2022，131:1027-1039，SCI一区，通讯作者；
6. Transcriptome and methylome dynamics in the gills of large yellow croaker (Larimichthys crocea) during low-salinity adaption，Frontiers in Marine Science，2023，10:1082655，SCI一区，通讯作者；
7. H3K4me3 CUT and Tag and transcriptome analysis reveal the epigenetic regulatory landscape in gill tissue of large yellow croaker (Larimichthys crocea) under low salinity stress，Frontiers in Marine Science，2022，9:906337，SCI一区，通讯作者；
8. Transcriptomic analysis of gill and hepatopancreas in razor clam (Sinonovacula constricta) exposed to acute ammonia，Frontiers in Marine Science，2022，9:832494，SCI一区，通讯作者；
9. Identification, Phylogeny and Expressional Profiles of Peptidoglycan Recognition Protein (PGRP) Gene Family in Sinonovacula constricta，Journal of Ocean University of China，2022，21(4):1051-1060，SCI二区，通讯作者；
10. Changes in bacterial communities of Kumamoto oyster larvae during their early development and following Vibrio infection resulting in a mass mortality event，Marine Biotechnology，2022，25(1):30-44，SCI二区，通讯作者。
