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1. Factors for Implementing Medical Cannabis Cultivation in Brazil NSTL国家科技图书文献中心

de Oliveira, Daniell... |  Amaral, Ana Claudia ...... -  《The Natural Products Journal》 - 2025,15(2) - 69~81 - 共13页

摘要: criminalization. Currently its cultivation is not allowed in |  cultivation of medical Cannabis and the distribution of its |  cultivation based on a bibliographic survey carried out in |  legislation to enable cultivation in Brazil. However, there | The medicinal properties of the Cannabis genus
关键词: Medical Cannabis |  cannabidiol |  legislation |  cultivation |  therapy |  tetrahydrocannabinol

2. Graph-learning-based machine learning improves prediction and cultivation of commercial-grade marine microalgae Porphyridium NSTL国家科技图书文献中心

Li, Huankai |  Chen, Leijian... -  《Bioresource Technology》 - 2025,416 - 共16页 - 被引量:2

摘要: complex interrelationships between cultivation |  growth. The combined facilitating roles of cultivation |  microalgal cultivation. | A graph learning [Binarized Attributed Network |  Embedding (BANE)] model enhances the single-target and
关键词: Artificial intelligence |  Porphyridium cultivation |  Illumination intensity |  Cultivation optimization

3. Constructing a Holographic Arts Center for Interdisciplinary Talent Cultivation NSTL国家科技图书文献中心

Shuo Wang |  Jie Yang... -  《International Conference on Optical and Photonic Engineering (icOPEN 2024)》 -  International Conference on Optical and Photonic Engineering - 2025, - 1350917.1~1350917.7 - 共7页

摘要: and the development of a novel talent cultivation |  Interaction & Innovation) Model for talent cultivation. It | This paper examines the system construction |  model within the holographic arts center from an |  interdisciplinary perspective. It begins by discussing the
关键词: Holographic arts center |  System construction |  Talent cultivation |  Interdisciplinary integration & interaction (I~3) model |  Interdisciplinary perspective

4. A decade‑long spatial analysis of opportunistic rice cultivation in a water‑stressed agricultural landscape NSTL国家科技图书文献中心

Mahboob Karimi |  Mozhgan Ahmadi Nadou...... -  《Environmental Monitoring and Assessment》 - 2025,197(2) - 216.1~216.12 - 共12页

摘要:Rice cultivation is a highly criticized sector |  prioritize rice cultivation due to its substantial economic |  inconsistent pattern of rice cultivation over the study |  area experiencing rice cultivation only once; (2) a |  cultivation along the main river of the region based on
关键词: Rice cultivation |  Land use pattern |  Water availability |  Fragmentation |  Central Iran

5. Effect of egg cultivation methods on Salmonella prevalence and the promising prevention strategy: bacteriophage therapy NSTL国家科技图书文献中心

Koc, Emre |  Yetiskin, Segah... -  《Food science and biotechnology》 - 2025,34(10) - 2361~2372 - 共12页

摘要: cultivation methods of eggs on Salmonella prevalence in T |  cultivation methods, Salmonella was found in 5 different | In this study, the effect of different |  & uuml;rkiye was investigated and then Salmonella |  isolates were characterized by phenotypic and genotypic
关键词: Bacteriophage |  Salmonella |  Egg |  Hen cultivation method

6. Effects of rain-shelter cultivation on soil physicochemical properties and kiwifruit yield NSTL国家科技图书文献中心

Lan, Jianbin |  Wu, Yimei... -  《Canadian Journal of Plant Science》 - 2025,105 - 共19页

摘要: kiwifruit yield, between rain-shelter cultivation (BY) and |  open-field cultivation (CK) in Southwest China from |  properties between the two cultivation methods at each | In this study, we investigated the differences |  in soil physical and chemical properties as well as
关键词: rain-shelter cultivation |  kiwifruit |  soil physicochemical property |  yield

7. Patent bigdata in plant cultivation technology including promising breeding technologies: a comparative study of intellectual properties leading five countries NSTL国家科技图书文献中心

Lee, Jaeheon |  Ryu, Giho... -  《Plant biotechnology reports》 - 2025,19(1) - 15~27 - 共13页

摘要:The development of new plant cultivation |  plant cultivation technology, deriving prospects and | , patent applications in plant cultivation technology |  of General Breeding (TGB), China in Cultivation of |  Food Crops (CFC), and South Korea in Cultivation of
关键词: Plant cultivation |  Breeding |  Crop |  Patent |  Gene editing

8. Unlocking the potential of food waste as a nutrient goldmine for microalgae cultivation: A review NSTL国家科技图书文献中心

Sook Sin Chan |  Sze Ying Lee... -  《Journal of cleaner production》 - 2025,492(Feb.10) - 144753.1~144753.18 - 共18页

摘要: cultivation methods. Utilizing food waste as an alternative |  nutrient source for microalgae cultivation offers a |  microalgae cultivation as used in Zarrouks and BG-11 medium |  microalgae cultivation depends on the pretreatment methods |  waste into cultivation media, such as composting and
关键词: Food waste |  Microalgae cultivation |  Resource recovery |  Vegetable and fruit waste |  Spent coffee grounds |  Palm kernel residue

9. Performance and feasibility analysis of an integrated airlift microalgae photobioreactor for cultivation and pre-harvesting NSTL国家科技图书文献中心

Chaoyang Wei |  Yun Huang... -  《Journal of Environmental Management》 - 2025,375(Feb.) - 124244.1~124244.9 - 共9页

摘要:. However, during the cultivation of microalgae, the | Microalgae technology is highly attractive in |  the realm of wastewater treatment and CO_2 removal |  phenomenon of light attenuation intensifies with the |  increasing cell concentration, resulting in a decrement in
关键词: Pre-harvesting |  Microalgae cultivation |  Flocculation |  Filtration |  LCA

10. Partial decrease of xanthophyll contents by β-carotene hydroxylase knockout enables high-density cultivation of Chlamydomonas NSTL国家科技图书文献中心

Kim, Minjae |  Ruw, Sangwoo... -  《Journal of Applied Phycology》 - 2025,37(1) - 181~191 - 共11页

摘要: cultivation often decreases biomass productivity due to a |  cultivation. | Photosynthetic microalgae are sustainable and |  eco-friendly bioresources enabling CO2 conversion |  into valuable substances. However, high-density
关键词: beta-carotene hydroxylase |  Xanthophylls |  Chlamydomonas |  CRISPR-Cas9 |  High-density cultivation
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