Nacktheit gehört zu den essenziellen Elementen in Adina Pintilies Film»Touch Me Not«. Nach dem oben skizzierten Beginn baut eine Crew. projet-hologramme.eu - Kaufen Sie Touch Me Not günstig ein. Qualifizierte Bestellungen werden kostenlos geliefert. Sie finden Rezensionen und Details zu einer. Touch Me Not. Adina Pintilie. RO, DEU, CZ, BG, FRA min. V' Ein Essayfilm über Intimität und Körpergefühl, der dokumentarische mit gestellten.
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Die ältere Laura hat große Probleme mit Intimität. Sie sehnt sich zwar danach, kann körperliche Nähe aber nicht zulassen. Um ihre Hemmungen zu überwinden, versucht sie alles Mögliche. Unter anderem engagiert sie einen Callboy und macht außerdem. Touch Me Not (Engl., Rühr mich nicht an) ist ein halbdokumentarischer Experimentalfilm von Adina Pintilie aus dem Jahr Die europäische Koproduktion. projet-hologramme.eu - Kaufen Sie Touch Me Not günstig ein. Qualifizierte Bestellungen werden kostenlos geliefert. Sie finden Rezensionen und Details zu einer. Touch Me Not ein besonderes Werk und das gleich aus mehreren Gründen. Zuerst ist da der Aufbau. Der Film ist ein Hybrid aus Film, Theater, Performance. Panorama des Menschlichen: Der Siegerfilm der Berlinale, "Touch me not", sucht nach der Würde körperlicher Bedürftigkeit. Und entdeckt die. An der Grenze zwischen Realität und Fiktion folgt TOUCH ME NOT der emotionalen Reise von Laura, Tómas und Christian, die ihre Intimität und Sexualität. Nacktheit gehört zu den essenziellen Elementen in Adina Pintilies Film»Touch Me Not«. Nach dem oben skizzierten Beginn baut eine Crew.
An der Grenze zwischen Realität und Fiktion folgt TOUCH ME NOT der emotionalen Reise von Laura, Tómas und Christian, die ihre Intimität und Sexualität. Panorama des Menschlichen: Der Siegerfilm der Berlinale, "Touch me not", sucht nach der Würde körperlicher Bedürftigkeit. Und entdeckt die. Die Regisseurin Adina Pintilie über den Dialog mit dem Publikum und die Entstehung ihres Forschungsfilms „Touch Me Not“.
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The pods break into two to five segments and contain pale brown seeds about 2. The flowers are insect pollinated and wind pollinated. High temperatures are the main stimuli that cause the seeds to end dormancy.
The roots of Mimosa pudica create carbon disulfide , which prevents certain pathogenic and mycorrhizal fungi from growing within the plant's rhizosphere.
The leaflets also close when stimulated in other ways, such as touching, warming, blowing, shaking, which are all encapsulated within mechanical or electrical stimulation.
These types of movements have been termed seismonastic movements. This reflex may have evolved as a defense mechanism to disincentivize predators, or alternatively to shade the plant in order to reduce water lossage due to evaporation.
The main structure mechanistically responsible for the drooping of the leaves is the pulvinus. The stimulus is transmitted as an action potential from a stimulated leaflet, to the leaflet's swollen base pulvinus , and from there to the pulvini of the other leaflets, which run along the length of the leaf's rachis.
The action potential then passes into the petiole , and finally to the large pulvinus at the end of the petiole, where the leaf attaches to the stem.
The pulvini cells gain and lose turgor due to water moving in and out of these cells, and multiple ion concentrations play a role in the manipulation of water movement.
Ions cannot easily move in and out of cells, so protein channels such as voltage-gated potassium channels and calcium-permeable anion channels are responsible for allowing potassium and calcium, respectively, to flow through the cell membrane, making cells permeable to these ions.
The action potential causes potassium ions to flow out from the vacuoles of cells in the various pulvini. Differences in turgidity in different regions of the leaf and stem results in the closing of the leaflets and the collapse of the leaf petiole.
Actin is composed of many phosphorylated tyrosine an amino acid molecules, and manipulation of how phosphorylated the tyrosine molecules are directly correlates to how much the M.
This movement of folding inwards is energetically costly for the plant and also interferes with the process of photosynthesis.
The stimulus can also be transmitted to neighboring leaves. It is not known exactly why Mimosa pudica evolved this trait, but many scientists think that the plant uses its ability to shrink as a defense from herbivores.
Animals may be afraid of a fast moving plant and would rather eat a less active one. Another possible explanation is that the sudden movement dislodges harmful insects.
The movement of calcium, potassium, and chloride ions in pulvini cells has been analyzed to better understand how ion and water flux affect M. A batch of M.
To further understand the movement of the ions, the upper and lower halves of all collected pulvini underwent separate ion analysis using the x-ray fluorescence spectroscopy method.
This method tracked the location of the ions by coloring them each with a different color of fluorescence dye. For potassium, higher concentrations were found throughout the reactive pulvini, while a high concentration difference in the top and bottom halves of the unreactive pulvini was found.
Analysis of chloride ions gave similar results where high concentrations were found throughout the reactive pulvini, except in the unreactive pulvini the difference in concentration in the top and bottom pulvini was not significant.
Overall, what was found was that high concentrations of potassium, chloride, and calcium led to a rapid decrease in water in the pulvini, which results in the drooping of the M.
Mitigation of this gradient resulted in less reaction and movement of the leaves. Mimosa pudica is native to the Americas.
It has been introduced to many other regions and is regarded as an invasive species in Tanzania, South and Southeast Asia and many Pacific islands.
It has also been introduced to Uganda, Ghana, Nigeria, Seychelles, Mauritius and East Asia but is not regarded as invasive in those places.
Mimosa pudica has several natural predators, such as the spider mite and mimosa webworm. Both of these insects wrap the leaflets in webs that hinder the responsive closing.
Webbed leaves are noticeable as they become brown fossilized remnants after an attack. This makes prevention difficult and requires proper timing of insecticides to avoid aiding other predators.
Once the larvae become steel-gray moths they are harmless to the plant, but lay more eggs. The species can be a weed for tropical crops, particularly when fields are hand-cultivated.
Crops it tends to affect are corn, coconuts, tomatoes, cotton, coffee, bananas, soybeans, papaya, and sugar cane.
Dry thickets may become a fire hazard. In addition, Mimosa pudica can change the physico-chemical properties of the soil it invades.
For example, the total N and K increased in significantly invaded areas. Thirty-six native Thai plant species were tested to see which conducted the most phytoremediation of arsenic polluted soils caused by tin mines.
Mimosa pudica was one of the four species that significantly extracted and bioaccumulated the pollutant into its leaves.
This allows for the soil to gradually return to less toxic compositions. Mimosa pudica can form root nodules that are habitable by nitrogen-fixing bacteria.
This trait is common among plants in the family Fabaceae. Nitrogen is a vital element for both plant growth and reproduction.
Nitrogen is also essential for plant photosynthesis because it is a component of chlorophyll. Nitrogen fixation contributes nitrogen to the plant and to the soil surrounding the plant's roots.
Mimosa pudica' s ability to fix nitrogen may have arisen in conjunction with the evolution of nitrogen-fixing bacteria. Nitrogen fixation is an adaptive trait that has transformed the parasitic relationship between the bacteria and plants into a mutualistic relationship.
The shifting dynamics of this relationship are demonstrated by the corresponding improvement of various symbiotic characteristics in both Mimosa pudica and bacteria.
These traits include enhanced "competitive nodulation, nodule development, intracellular infection, and bacteroid persistence".
Burkholderia is also shown to be a strong symbiont of Mimosa pudica in nitrogen-poor soils in regions like Cerrado and Caatinga.
In cultivation, this plant is most often grown as an indoor annual , but is also grown for groundcover. Propagation is generally by seed. Mimosa pudica grows most effectively in nutrient poor soil that allows for substantial water drainage.
However, this plant is also shown to grow in scalped and eroded subsoils. Typically, disrupted soil is necessary in order for M.
Additionally, the plant is shade intolerant and frost-sensitive, meaning that it does not tolerate low levels of light or cold temperatures.
Mimosa pudica does not compete for resources with larger foliage or forest canopy undergrowth. Mimosa pudica contains the toxic alkaloid mimosine , which has been found to also have antiproliferative and apoptotic effects.
It appears to inhibit the myotoxicity and enzyme activity of cobra venom. Mimosa pudica demonstrates both antioxidant and antibacterial properties.
This plant has also been demonstrated to be non-toxic in brine shrimp lethality tests, which suggests that M.
Chemical analysis has shown that Mimosa pudica contains various compounds, including "alkaloids, flavonoid C-glycosides, sterols, terenoids, tannins, saponin and fatty acids".
A substance similar to adrenaline has been found within the plant's leaves. Mimosa pudica 's seeds produce mucilage made up of D -glucuronic acid and D -xylose.
Additionally, extracts of M. The nitrogen-fixing properties of Mimosa pudica contribute to a high nitrogen content within the plant's leaves.
The leaves of M. The correlation between these two numbers suggests that significant ecological adaptation has occurred among the varieties of M.
The roots contain sac-like structures that release organic and organosulfur compounds including SO 2 , methylsulfinic acid, pyruvic acid , lactic acid , ethanesulfinic acid , propane sulfinic acid, 2-mercaptoaniline , S-propyl propane 1-thiosulfinate, and thioformaldehyde , an elusive and highly unstable compound never before reported to be emitted by a plant.
Wilhelm Pfeffer , a German botanist during the 17th century, used Mimosa in one of the first experiments testing plant habituation.
Their findings also demonstrated that the habituated behavior was not due to fatigue since the leaf-folding response returned when another stimulus was presented.
Electrical signaling experiments were conducted on Mimosa pudica , where 1. Both plants had electrical wiring connecting them and were linked to an electrocardiogram.
The results showed how causing an action potential in one plant led to an electrical response, causing both plants to respond.
Experiments were made on how anesthetics for animals could affect Mimosa pudica. These experiments showed that anesthetics cause narcosis of the motor organs, which was observed by the application of volatile ether, chloroform, carbon tetrachloride, hydrogen sulfide, ammonia, formaldehyde, and other substances.
In , two research groups from the Universities of Palermo Italy and Lugano Switzerland demonstrated the feasibility of using such plant as a building block for creating plant-based controllable two-color displays, exploiting air jets instead of electrical or touch-based stimulation.
Plants that live in low light environments have less of an opportunity for photosynthesis compared to plants that live in high light environments where sunshine isn't a problem.
In an experiment, researcher Monica Gagliano wanted to study if Mimosa plants in low light conditions would have a greater potential for learning than those grown in high light, since the low light plants were already in low energy environments and folding their leaves would be more energetically costly to the plant.
The simplest form of learning is the ability of an organism to have a certain level of sensitivity to the environment that allows the organism to respond to potentially harmful stimuli as well as the capability to learn and filter out irrelevant stimuli habituation or increase the response due to a learned stimulus sensitization.
Researchers predicted the low light plants would have adapted to have faster habitual learning capabilities so they could filter out unharmful stimuli to increase their energy production.
Plants were either grown in high light or low light conditions. To test that the plants were suppressing their leaf folding reflex from habitual learning and not from exhaustion, the plants were shaken as a novel stimuli to see if the plants would fold their leaves dishabituation test.
The first group was tested to see if short term memory was enough for plants to modify their behaviour. Regardless of what light group the plants were in, one drop was not enough for the plants to learn to ignore the stimulation.
For the groups that were dropped repetitively, the plants stopped folding their leaves and were even fully open after a drop before the end of the trainings.
The low light plants learned faster to ignore the dropping stimulation than the high light plants.
When the plants were shaken, they responded immediately by folding their leaves, which suggests that the plants were not ignoring the dropping stimulation due to exhaustion.
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Rate This. Together, a filmmaker and her characters venture into a personal research project about intimacy.
Director: Adina Pintilie. Writer: Adina Pintilie. Added to Watchlist. From metacritic. Stars of the s, Then and Now. Toronto International Film Festival Discovery.
Bantmag Önerileri. Use the HTML below. You must be a registered user to use the IMDb rating plugin. Edit Cast Credited cast: Laura Benson Tomas Christian Bayerlein Christian Grit Uhlemann Grit Adina Pintilie Adina Hanna Hofmann Seani Irmena ChichikovaZuerst ist da der Aufbau. Emre Tanyildiz. Der Roman lässt formale Risiken vermissen. Es geht um Transformationen, um das Verkörpern des wahren Selbst und das macht auch vor der Regisseurin nicht halt. Kamera George Chiper-Lillemark. Follow us youtube. Sie setzt mit einem Schneeman Tanz den bewegten Schlusspunkt des Films. Auch unsere Involviertheit in den Prozess. Mir gefällt dieser Vergleich sehr, dass es auch hier um eine Selbstbefreiung von Voreingenommenheiten und Rezepten geht — in Bezug auf Shanti Carson Film als Medium.