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Zegang Liu 동북아문화예술경영학회 2024 Journal of Northeast Asian Arts and Cultural Manag Vol.1 No.1
Purpose - This paper discusses the historical traceability of artificial intelligence technology and its development lineage in the film and television industry. It analyzes the close connection between AI technology and the film and television industry. The text summarizes the challenges and impacts of AI technology on the film and television industry, along with suggestions for future development. Design/Methodology/Approach - In order to explore the impact of artificial intelligence on the film and television culture industry, this paper analyzes the impact of artificial intelligence on the film and television culture industry from the perspective of macro-industry and the perspective of application technology, starting from the overall technological impetus of artificial intelligence to the film and television culture industry and the application of artificial intelligence in film and television image processing. The case was analyzed in detail. Based on a summary of previous research, this study identifies key issues and proposes solutions. Findings - Through the research of this paper, the problems of artificial intelligence in film and television creation are summarized, and the potential problems are easily generated technical dependence, legal risks in creation, and reduced professional value of practitioners, etc. Countermeasure suggestions are put forward to break the technical dependence, provide a legal basis for the creation of artificial intelligence, and adjust the use of the positioning to realize the synergy between man and machine. Research Implications - This paper aims to enhance the application of AI in the film and television culture industry, thereby increasing the industry vitality of the film and television sector.
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Regulation of OsLPR1 gene on the formation of rice root iron plaque under low phosphorus
Ding Yan,Ren Menglian,Mo Shuangrong,Liu Jing,Wang Zegang,Ge Cailin,Wang Yulong 한국식물생명공학회 2022 Plant biotechnology reports Vol.16 No.3
In rice, low phosphorus results in the formation of reddish-brown iron plaque on the root surface, affecting the absorption of different elements by roots. In this paper, three different types of rice varieties were used as materials, and the transcriptomic and proteomic analysis, real-time fluorescence quantitative PCR (qRT-PCR), and OsLPR1 gene knockout techniques were employed to study the regulation of the OsLPR1 gene on the formation of iron plaque on root under low phosphorus. The transcriptomics and qRT-PCR analysis results showed that the transcription of five OsLPR1 homologous genes in roots of the three tested rice varieties was significantly induced by low-phosphorus treatment. Proteomic analysis results demonstrated that low-phosphorus treatment increased LPR1 protein content in rice roots compared with the control. Furthermore, the formation of iron plaque on rice root surface under low-phosphorus treatment was significantly inhibited by OsLPR1 gene knockout. These results further evidence that low phosphorus-induced OsLPR1 gene expression promotes the formation of iron plaque on rice root surface.
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