释义 |
Definition of thigmotropism in English: thigmotropismnoun ˌθɪɡmə(ʊ)ˈtrəʊpɪz(ə)mTHiɡməˈtrōpizəm mass nounBiology The turning or bending of a plant or other organism in response to a touch stimulus. 〔生〕向触性 Example sentencesExamples - One of the most common examples of thigmotropism is seen in tendrils, which wrap around any object with which they come in contact.
- Negative thigmotropism is movement away from an object, such as a root away from a rock in the soil.
- More recently, however, the Arabidopsis root movements were reinterpreted as the combined effect of essentially three processes, circumnuation, gravitropism and negative thigmotropism.
- At first, mushroom primordia grow perpendicularly away from the surface from which they arise, independently of the direction of light or gravity, a response that may be some kind of negative thigmotropism or negative hydrotropism.
- This paper focuses on the recent advances in four of the best-understood tropic responses and how each affects plant growth and development: phototropism, gravitropism, thigmotropism and hydrotropism.
OriginEarly 20th century: from Greek thigma 'touch' + tropism. Definition of thigmotropism in US English: thigmotropismnounTHiɡməˈtrōpizəm Biology The turning or bending of a plant or other organism in response to a touch stimulus. 〔生〕向触性 Example sentencesExamples - One of the most common examples of thigmotropism is seen in tendrils, which wrap around any object with which they come in contact.
- More recently, however, the Arabidopsis root movements were reinterpreted as the combined effect of essentially three processes, circumnuation, gravitropism and negative thigmotropism.
- At first, mushroom primordia grow perpendicularly away from the surface from which they arise, independently of the direction of light or gravity, a response that may be some kind of negative thigmotropism or negative hydrotropism.
- Negative thigmotropism is movement away from an object, such as a root away from a rock in the soil.
- This paper focuses on the recent advances in four of the best-understood tropic responses and how each affects plant growth and development: phototropism, gravitropism, thigmotropism and hydrotropism.
OriginEarly 20th century: from Greek thigma ‘touch’ + tropism. |