{{short description|Plant which completes its life cycle within one growing season and then dies}}
...rijserwt peulen Pisum sativum.jpg|right|thumb|240px|[[Pea]]s are an annual plant.]]
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6 KB (887 words) - 23:11, 3 January 2023
胞子形成の開始には、σHとSpo0Aという2つの[[Transcription (genetics)/ja|転写]]制御因子が重要な役割を果たす。主にSpo0A〜Pの蓄積濃度を制御することによって、さらにいくつかのタンパク質が関与している。Spo0A
胞子は、多くの細菌、[[plant/ja|植物]]、[[algae/ja|藻類]]、[[fungus/ja|菌類]]、いくつかの[[protozoa/ja|原生動物]]など、多様な生物の
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8 KB (377 words) - 21:43, 17 April 2024
{{short description|Plant that lives for more than two years}}
...humb|Common chicory, ''[[Cichorium intybus]]'', is an herbaceous perennial plant]]
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19 KB (2,855 words) - 23:07, 3 January 2023
...混合栄養生物]]は従属栄養生物にも独立栄養生物にもなりうる生物であり、一部の[[plankton/ja|プランクトン]]や[[carnivorous plant/ja|食虫植物]]を含む。[[phototropha/ja|光栄養]]生物は光からエネルギーを得るが、[[chemotroph/ja|化学栄養]]生物
...ロセスや、[[DNA replication/ja|DNA複製]]、[[DNA repair/ja|DNA修復]]、[[Transcription (genetics)/ja|転写]]に不可欠である。
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29 KB (993 words) - 21:33, 23 February 2024
Two [[Transcription (genetics)|transcriptional]] regulators, σH and Spo0A, play key roles in initiation o
...f the life cycles of a diverse range of organisms such as many bacteria, [[plant]]s, [[algae]], [[Fungus|fungi]] and some [[protozoa]]. In ''[[Saccharomyces
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7 KB (1,020 words) - 21:25, 17 April 2024
Two [[Transcription (genetics)|transcriptional]] regulators, σH and Spo0A, play key roles in initiation o
...f the life cycles of a diverse range of organisms such as many bacteria, [[plant]]s, [[algae]], [[Fungus|fungi]] and some [[protozoa]]. In ''[[Saccharomyces
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7 KB (1,044 words) - 21:25, 17 April 2024
...heterotrophs and autotrophs, including some [[plankton]] and [[carnivorous plant]]s. [[Phototroph]]s obtain energy from light, while [[chemotroph]]s obtain
...on bacterial fermentation to create digestible nutrients from indigestible plant cellulose, while obligate carnivores must eat animal meats to obtain certai
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24 KB (3,438 words) - 13:40, 23 February 2024
...heterotrophs and autotrophs, including some [[plankton]] and [[carnivorous plant]]s. [[Phototroph]]s obtain energy from light, while [[chemotroph]]s obtain
...on bacterial fermentation to create digestible nutrients from indigestible plant cellulose, while obligate carnivores must eat animal meats to obtain certai
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24 KB (3,516 words) - 13:38, 23 February 2024
...学的に必須なミネラル]]、[[amino acid/ja|アミノ酸]]、[[essential fatty acid/ja|必須脂肪酸]]、および[[plant/ja|植物]]や[[animal/ja|動物]]、[[Fungus/ja|菌類]]や[[bacteria/ja|バクテリア]]から抽出された非栄養物質
...関する調査では、多くの製品が低品質であり、3分の1は主張されている有効成分を含んでおらず、3分の1は未記載の物質を含んでいた。ハーブサプリメントの[[Genetics/ja|遺伝子]]分析では、サンプルの78％に、製品ラベルに成分として明記されていない動物の[[DNA/ja|DNA]]が含まれていた。一部の植物性製品
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53 KB (1,344 words) - 20:01, 6 April 2024
...that contribute to a person's weight, including: diet, physical activity, genetics, [[environment (biophysical)|environment]]al factors, health care support,
...], is a common condition that has been linked to obesity. A combination of genetics, lifestyle, and environment appear to contribute to the hormonal changes re
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26 KB (3,790 words) - 10:23, 9 March 2024
'''[[Spice]]s''' – seeds, fruits, roots, bark, or other plant substances primarily used for flavoring, coloring or preserving food.
...n angelica, holy ghost, wild celery, and Norwegian angelica, is a biennial plant from the family Apiaceae, a subspecies of which is cultivated for its sweet
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48 KB (6,636 words) - 23:18, 3 January 2023
...that contribute to a person's weight, including: diet, physical activity, genetics, [[environment (biophysical)|environment]]al factors, health care support,
...], is a common condition that has been linked to obesity. A combination of genetics, lifestyle, and environment appear to contribute to the hormonal changes re
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26 KB (3,910 words) - 10:22, 9 March 2024
...recombinant DNA molecules can originate from any [[species]]. For example, plant DNA can be joined to bacterial DNA, or human DNA can be joined with fungal
...ine-Dalgarno sequence|translational initiation signal]], and [[Terminator (genetics)|transcriptional terminator]]).<ref name="pmid9487731">{{Cite journal
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33 KB (4,424 words) - 16:33, 3 January 2023
...]] or components) are isolated from [[life|living]] sources—human, animal, plant, fungal, or microbial. They can be used in both human and animal medicine.<
...ive platforms of production which are being tested include whole plants ([[plant-made pharmaceuticals]]).
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29 KB (3,642 words) - 16:31, 3 January 2023
* Genetic information processing ([[transcription (genetics)|transcription]], [[translation (biology)|translation]], [[DNA replication|
...set to charge users|journal=Nature|url=http://www.nature.com/news/popular-plant-database-set-to-charge-users-1.13642|doi=10.1038/nature.2013.13642|year=201
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15 KB (1,996 words) - 13:53, 14 November 2023
...に関与している。ビタミンの細胞内レベルが上昇すると、[[glucocorticoid/ja|グルココルチコイド]]の[[transcription (genetics)/ja|転写]]が減少する。ビタミンB<sub>6</sub>欠乏は[[albumin/ja|アルブミン]][[mRNA/ja|mRNA]]の[[ge
...ンB<sub>6</sub>を合成する能力が著しく制限された植物変異体は根の成長が阻害される。なぜなら、[[auxin/ja|オーキシン]]などの[[plant hormone/ja|植物ホルモン]]の合成には酵素の補酵素としてビタミンが必要だからである。
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39 KB (1,360 words) - 15:22, 4 April 2024
...n B<sub>6</sub>, but at lower levels. There is enough in a wide variety of plant foods so that a [[vegetarianism|vegetarian]] or [[veganism|vegan]] diet doe
...acellular levels of the vitamin lead to a decrease in the [[transcription (genetics)|transcription]] of [[glucocorticoid]]s. Vitamin B<sub>6</sub> deficiency l
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32 KB (4,586 words) - 16:32, 3 April 2024
...n B<sub>6</sub>, but at lower levels. There is enough in a wide variety of plant foods so that a [[vegetarianism|vegetarian]] or [[veganism|vegan]] diet doe
...acellular levels of the vitamin lead to a decrease in the [[transcription (genetics)|transcription]] of [[glucocorticoid]]s. Vitamin B<sub>6</sub> deficiency l
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32 KB (4,696 words) - 16:32, 3 April 2024
{{short description|Science of plant life}}
...ce (journal){{!}}''Plant Science'' (journal)|Plant Biology (journal){{!}}''Plant Biology'' (journal)|Botanist (liquor)|Botanist (band)}}
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127 KB (17,103 words) - 22:13, 3 January 2023
...which provides credence to the idea that the bacterium enters the gut via plant consumption and stays present as a result of its ability to grow in the gut
[[Transformation (genetics)|Natural bacterial transformation]] involves the transfer of DNA from one b
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25 KB (3,667 words) - 21:52, 17 April 2024