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【Research topic】
Are you a developmental biologist who cannot stop watching the development of embryos? Are you an evolutionary biologist who is passionate with evo devo? Our lab is looking for people who are the experts in the fields of development and evo devo to join us! Our laboratory is an interdisciplinary team that uses quantitative methods to study the role of large-scale cell death during embryonic development and individual aging.

The job involves developing a high-throughput analysis platform to study protein degradation and biomolecular interactions, with the aim of developing targeted protein degradation therapeutics.

About us: http://gps.imb.sinica.edu.tw/

About lab: https://www.imb.sinica.edu.tw/en/faculty/profile/hyen.html

1) Basic molecular biology, cell biology, or biochemistry.
2) Research and analysis of bioinformatics or systems biology (including machine learning models).
3) transcriptomics and proteomics experiments, experimental evolution, endosymbiosis, or cell aging-related research.

1) Basic molecular biology, cell biology, or biochemistry.
2) Research and analysis of bioinformatics or systems biology (including machine learning models).
3) transcriptomics and proteomics experiments, experimental evolution, endosymbiosis, or cell aging-related research.

The Lee lab at the Genomics Research Center (GRC), Academia Sinica in Taipei is seeking highly motivated and creative research fellows to study metabolic biology and metabolism-related diseases. The Lee lab has a long-standing research interest in the crosstalk between immune and metabolic signaling, or immunometabolism, and its impact on physiological/pathophysiological processes. Examples of study areas include (but not limited to):
* Immunometabolism in tissue homeostasis (Science 368:eaat3987; J Clin Invest 123:261; Nat Med 18:1665)
* Mitochondrial dynamics in liver metabolism (JCI Insight 7:e150041; Cell Metab 22:709)
* Circadian/metabolic rhythm and metabolites mediated inter-organ communication (Nature 502:550)
* Mitochondrial bioenergetics in inflammatory activation and resolution of immune cells (eLife 9:e54090; Cell Metab 7:485

1) Study metabolic processes underlying human diseases.
2) Long-standing research interest in the crosstalk between immune and metabolic signaling, or immunometabolism, and its impact on physiological/pathophysiological processes. Examples of study areas include (but not limited to):
* Immunometabolism in tissue homeostasis (Science 368:eaat3987; J Clin Invest 123:261; Nat Med 18:1665)
* Mitochondrial dynamics in liver metabolism (JCI Insight 7:e150041; Cell Metab 22:709)
* Circadian/metabolic rhythm and metabolites mediated inter-organ communication (Nature 502:550)
* Mitochondrial bioenergetics in inflammatory activation and resolution of immune cells (eLife 9:e54090; Cell Metab 7:485
3) Lab Management.

1) 研究人類疾病底層代謝過程。
2) 研究免疫和代謝信號之間的相互作用（即免疫代謝）及其對生理/病理過程的影響。
3) 實驗室管理

The Metabolic Sciences Division is seeking candidates with a research focus on understanding metabolic and bioenergetic mechanisms that impact human health.

1. 設計與合成新穎奈米材料，生物材料，或可提供疾病治療的生物醫學材料與方法。
2. 細胞培養與分子生物學實驗。
3. 小鼠動物實驗 (如疾病模式的建立，評估疾病治療的效果等)。
可獨立完成其中1-2項者佳，能獨立完成這3項實驗者優先考慮。

1. Design and synthesis of innovative nanomaterials, biomaterials, or biomedical materials and methods for disease treatment.
2. Cell culture and molecular biology experiments.
3. Mouse animal experiments, such as establishing disease models and assessing the effectiveness of disease treatment.
It is preferable if the applicants can independently complete at least 1-2 of these tasks, and those who can independently complete all 3 tasks will be given priority consideration.

1. 設計與合成新穎奈米材料，生物材料，或可提供疾病治療的生物醫學材料與方法。
2. 細胞培養與分子生物學實驗。
3. 小鼠動物實驗 (如疾病模式的建立，評估疾病治療的效果等)。
可獨立完成其中1-2項者佳，能獨立完成這3項實驗者優先考慮。

1. Design and synthesis of innovative nanomaterials, biomaterials, or biomedical materials and methods for disease treatment.
2. Cell culture and molecular biology experiments.
3. Mouse animal experiments, such as establishing disease models and assessing the effectiveness of disease treatment.
It is preferable if the applicants can independently complete at least 1-2 of these tasks, and those who can independently complete all 3 tasks will be given priority consideration.

(一) 研究方向：
1. mRNA癌症疫苗的開發研究2. 發展癌症疫苗與細胞免疫治療
(二) 研究內容：
以產品開發為導向，有機會接受初階商業課程訓練，目標為未來臨床應用。

1 .設計、規劃及執行感染性疾病(BSL-2)相關研究/服務業務。
2.協助執行感染性疾病(ABSL-2)動物實驗。
3.其他交辦事項。

實驗動物飼育管理