How To Use Acropetal In A Sentence
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These features might be partly associated with the acropetal development of the terminal inflorescence.
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Similarly, meristem activities in the same acropetal sequence or on the whole-root-system architecture have not yet been compared.
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In every case, the basipetal movement was greater than the acropetal movement.
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The different types of flowers are initiated acropetally along the axis of the inflorescence.
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Bracts are initiated acropetally on the racemose inflorescence, or below the terminal flower.
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The hairs are oriented acropetally, while in the proximal part of the sac they grow basipetally, i.e., oriented toward the lemma-sac interface.
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Xylem flow carries the transpiration stream and is normally entirely acropetal.
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The abaxial surface of the wings bears hairs that are directed acropetally to the awn/wing interface and then become oriented towards the tip of the wing.
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One year after its extension period, each shoot develops axillary branches (including the relay shoot) whose vigour increases acropetally.
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Bracts are initiated acropetally on the racemose inflorescence, or below the terminal flower.
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The flower meristems are produced acropetally by the inflorescence meristem and are subtended by bracts.
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The floral meristems are formed acropetally and are initiated on the periphery of the inflorescence meristem, being protected by bracts.
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The Alismataceae have acropetal leaf development.
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Group one is made up of early flowerers including montana, armandii, alpina, and macropetala, all of which are about to flower their hearts out and so are best avoided.
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Sepal initiation began on the basal lateral flower and continued in an acropetal direction until all floral meristems had completed sepal initiation.
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From there they will flow to other parts of the shoot in both basipetal and acropetal directions.
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In every case, the basipetal movement was greater than the acropetal movement.
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On average, an inflorescence developed 166 • 21 53 • 31 flowers that opened in acropetal order.
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On each plant, leaves were identified on day 0 according to their nodal position with respect to the youngest fully expanded leaf, L0, and numbered acropetally, L1, L2, etc.
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It is not clear whether this acropetal increase of flower meristem identity is related to the acropetal loss of the SD suppression.
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All three species have similar flower phenology: in general, the terminal raceme matures acropetally and the flowers are first staminate, then pistillate, and the sexual stages do not overlap within the flower.