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1 en active and passive trapping mechanisms in carnivorous plants.
2 t similarities of Philcoxia to those of some carnivorous plants, along with recent observations of ne
3 imentally demonstrate interactions between a carnivorous plant and a fish.
4 teine protease from the digestive fluid of a carnivorous plant and confirms the close relationship be
5 ocument both a unique capturing strategy for carnivorous plants and a case of a plant that traps and
6 share a common prey could exist than between carnivorous plants and animals.
7 e considered inter-Kingdom competition among carnivorous plants and animals.
8  organs, such as the prey-capturing traps of carnivorous plants and nectary-bearing petals of ranuncu
9 ical, and physiological) and mutualisms with carnivorous plants, and the ecological and agricultural
10     Modern Roridula species are unique among carnivorous plants as they digest prey in a complex mutu
11                     A new study shows that a carnivorous plant attracts bats by possessing modified p
12 e growth and local growth repression, and in carnivorous plants, by modifying the relative growth of
13                                              Carnivorous plants consume animals for mineral nutrients
14 pitcher secretions of the Nepenthes genus of carnivorous plants contain a proteolytic activity that i
15 ed and recorded by Darwin, the leaves of the carnivorous plant Drosera capensis L. slowly fold around
16 the uptake of N via roots versus prey of the carnivorous plant Drosera rotundifolia growing in ombrot
17 ed arthropods) represent a crucial aspect of carnivorous plant ecology, yet remain poorly studied.
18 logical features with extant Roridulaceae, a carnivorous plant family that is today endemic to the Ca
19 es between simple and complex leaves and how carnivorous plants form three-dimensional insect traps.
20  In order to evaluate interactions between a carnivorous plant (greater bladderwort, Utricularia vulg
21                     Triantha is unique among carnivorous plants in capturing prey solely with sticky
22 significant investment of the resources of a carnivorous plant is committed to producing the traps, a
23 ase (COX) from an active-trapping lineage of carnivorous plants is caused by positive Darwinian selec
24                         The fossil record of carnivorous plants is very scarce and macrofossil eviden
25 ple of convergent evolution across unrelated carnivorous plant lineages.
26                        Our data suggest that carnivorous plants may actively promote or reduce animal
27 ouch-sensing cells of Cape sundew, a related carnivorous plant of the Droseraceae family.
28  new method facilitated accurate analyses of carnivorous plant prey spectra (even of heavily digested
29                                              Carnivorous plants primarily use aspartic proteases duri
30                   In response to touch, some carnivorous plants such as the Venus flytrap have evolve
31 ng stems secrete phosphatase, as seen in all carnivorous plants that directly digest prey.
32               Charles Darwin recognized that carnivorous plants thrive in nutrient-poor soil by captu
33                                   No case of carnivorous plant traps has so far been reported from th
34                    Here, we show that in the carnivorous plant Utricularia gibba, the upper leaf (ada
35 ergenic regions in the compact genome of the carnivorous plant Utricularia gibba, we investigated its
36 e the development of cup-shaped traps of the carnivorous plant Utricularia gibba.
37 the Venus flytrap as a representative of the carnivorous plants, we summarize the molecular mechanism
38  sensitive to increasing nutrient input, and carnivorous plants, which are characteristic of these wi
39 been shown to control leaf peltation in some carnivorous plants, yet the mechanisms underlying the ge