peristome

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Examples
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  • Nepenthes, (a tropical pitcher plant), are carnivorous plants, (insectivorous plants) native to tropical areas where they grow with orchids and many other rainforest plants. 6 inches tall, are mostly cylindrical and beautifully marked with red stripes on the peristome and red speckling on the pitcher. — “Nepenthes, Pitcher Plant,carnivorous plants”,
  • Diplolepideous - said of a peristome with outer peristome teeth formed from the remnants of two adjacent columns of cells. Gymnostomous - lacking a peristome. Haplolepideous - said of a peristome with the outside face of an outer ring tooth formed from remnants of a. — “Appendix C - Glossary”, life.illinois.edu
  • The peristome, hydropore, and gonopore of discocystinids form a largely integrated structure covered by cover plates and a series of hydropore orals. The ambulacra radiate from the peristome and are lettered A - E clockwise starting with the anterior ambulacrum. — “hydro-gonopore”, tulane.edu
  • peristome definition from the mondofacto online medical dictionary. — “peristome - Definition”,
  • Definition of peristome from The American Heritage Science Dictionary. — “peristome - Science Definition”,
  • peristome wetness and capture efficiency was perfectly synchronous, and caused by rain, condensation and peristome nectaries remained generally drier and captured prey less efficiently than untreated controls. — “Harmless nectar source or deadly trap: Nepenthes pitchers are”, carnivore.ic.cz
  • Traps are green, with coral/orange flushed peristome. 6-8 inch leaf span (as pictured) Produces huge pitchers, over a foot long, light green with heavy red streaking and a cherry red peristome. — “Sunbelle Exotics”,
  • The peristome teeth are triangular two-ply structures which operate like trap-doors. The central disc or epiphragm is here very large and the peristome teeth are tiny.The peristome do not respond to moisture. — “Spore dispersal in Bryophytes”,
  • Figure 1. Closeup of the peristome of the capsule of Sematophyllum (Hypnales) Each tooth of the arthrodontous peristome type is composed of periclinal (tangential) cell wall remnants between two of the three concentric peristomial cell layers: the outer, primary, and. — “Bryopsida”,
  • Find dictionary definitions, audio pronunciations, and spellings for peristome in the free online American Heritage Dictionary on Yahoo! Education. — “peristome - Dictionary definition and pronunciation - Yahoo!”,
  • Peristome information including symptoms, causes, diseases, symptoms, treatments, and other medical and health issues. — “Peristome - ”,
  • Terra Forums Gallery Capslock/Max Shaefer N. bongso peristome Image. Oreo highlight. Date: 04/09/2010 Views: 18 Owner: SDCPs. Members. 193 members. Expand | Collapse. N. bongso peristome. Date: 11/10/2005. Owner: Max Schaefer. Full size: 480x640. next last. first previous. next last. first previous. — “N. bongso peristome”,
  • Definition of word from the Merriam-Webster Online Dictionary with audio pronunciations, thesaurus, Word of the Day, and word games. Origin of PERISTOME. New Latin peristoma, from peri- + Greek stoma mouth — more at stomach. — “Peristome - Definition and More from the Free Merriam-Webster”, merriam-
  • Definition of peristome from Webster's New World College Dictionary. Meaning of peristome. Pronunciation of peristome. Definition of the word peristome. Origin of the word peristome. — “peristome - Definition of peristome at ”,
  • Free online English dictionary. We define fringe as NFringe \Fringe\, v. t. [imp. See Peristome. [ 1913 Webster] Source: The Collaborative International Dictionary of English v.0.48. 129 Moby Thesaurus words for "fringe": adjoin, apparent, bang, bangs, bank, beading, befringe, bind, binding,. — “Definition of Fringe from ”,
  • If you had a snipe set up for N lowii x truncata NS sized plants, we have moved that snipe to N. lowii x truncata "Wide Peristome" form. NOTE: For those of you who received some N. lowii x truncata NS sized plants a couple of months ago from us, those were the "wide peristome" form. — “CP Jungle”,
  • peristome ( ) n. Botany . A fringe of toothlike appendages surrounding the mouth of a moss capsule. Zoology Each peristome is a ring of triangular "teeth" formed from the remnants of specially thickened cell walls. — “peristome: Definition from ”,
  • In mosses, the peristome is a specialized structure in the sporangium that allows for gradual spore discharge, instead of releasing them all at once. Each peristome is a ring of triangular "teeth" formed from the remnants of specially thickened cell walls. — “Peristome - Wikipedia, the free encyclopedia”,
  • Definition of peristome in the Online Dictionary. Meaning of peristome. Pronunciation of peristome. Translations of peristome. peristome synonyms, peristome antonyms. Information about peristome in the free online English dictionary and. — “peristome - definition of peristome by the Free Online”,
  • We found 26 dictionaries with English definitions that include the word peristome: peristome: American Heritage Dictionary of the English Language [home, info] peristome: Merriam-Webster's Online Dictionary, 11th Edition [home, info]. — “Definitions of peristome - OneLook Dictionary Search”,
  • 6-Leaves having lamellae on the upper surface; teeth of peristome not jointed, 32 to 64 in number Peristome single Family 8 Grimmiaceae. 9-Peculiar looking plants with reduced stem. — “Mount Rainier National Park (Nature Notes)”, nps.gov
  • Encyclopedia article about peristome. Information about peristome in the Columbia Encyclopedia, Computer Desktop Encyclopedia, computing dictionary. — “peristome definition of peristome in the Free Online Encyclopedia”, encyclopedia2
  • Known for displaying the fastest contraction of any living cell, the relatively giant ciliates in the genus Spirostomum are the true speed demons of the microscopic world. As ingested food fills a membranous sac at the end of the peristome, it closes off and breaks away, creating a large food vacuole. — “Olympus Microscopy Resource Center | Spirostomum (Protozoa”,

Images
related images for peristome

  • Capsule
  • NOW peristome become Golden color
  • le peristome la sphaigne
  • Mecaster pseudofourneli peristome dent oral cenomanien djebel mrhila tunisie 33 mm JPG
  • Endopéridium lisse gris pruineux stipité Péristome silloné non déterminé Apophyse cannelée Sous épicéas Péristome
  • Image 155 of 187
  • http s47 photobucket com albums f181 srduggins peristome 20pics action=view current=P1000632 jpg http img photobucket com albums v442 misanthropicbliss nepenthes VentricosaKpictweb jpg http i47 photobucket com albums f181 srduggins peristome 20pics P1000742 jpg http i13 photobucket com albums a260 Hans Breuer Nepenthesventricosa01 061006Large jpg
  • Next Beginning the Key in Mosses of the Great Lakes Forest
  • ampullaria peristome memble made in indonesia
  • Mecaster pseudofourneli peristome dent peristome cenomanien djebel mrhila tunisie 33 mm JPG
  • NOW peristome become Golden color
  • Beautiful peristome from another pitcher from this plant N Ventrinermis
  • peristome showing some striping photo take 02 04
  • Upper pitcher IMG http www insektenfang com Images ipGallery Nepenthes NE02 NE02UpperPeristome jpg Upper peristome
  • Nepenthes truncata Pasian highland
  • N rafflesiana var green peristome
  • Pinguicula Fraser Beaut
  • 1024x768
  • a close up of a Stentor s peristome This is a region where fused cilia wave in food particles
  • Pinguicula sp Guatemala 3100 m
  • first previous
  • Mecaster pseudofourneli peristome dent periprocte cenomanien djebel mrhila tunisie 33 mm JPG
  • Hey guys I don t hang around here too much anymore I ve moved to a cooler forum Anyways I thought I d share a couple pics of my Spectabilis not from Sarracenia NW I grow mine in relatively low humidity 40 50 whatever the weather provides in Ohio and as windowsill plants with a couple of 100 watt equiv CFLs Nothing too fancy and it is now
  • Mecaster pseudofourneli peristome dent apical cenomanien djebel mrhila tunisie 33 mm JPG
  • Click to enlarge
  • Image 186 of 187
  • Upper pitcher of Nepenthes inermis
  • Cenomanien Jordanie 34mm 14 Hemiaster Mecaster syriacus vue apicale Cenomanien Jordanie 34mm 15 Hemiaster Mecaster syriacus vue orale Cenomanien Jordanie 34mm Hemiaster Mecaster pseudofourneli vue orale Cenomanien Tunisie peristome denticule 33mm
  • peristome detail under lid detail
  • img note the trigger shaped lid appendage img img This I believe is close to N copelandii img
  • first previous
  • NOW peristome become Golden color
  • Parent Directory 27 Jan 2008 16 34 peristome jpg 03 Aug 2003 13 54 67k fasciole1 jpg 03 Aug 2003 13 51 64k
  • Peristome Large Pitcher w flash
  • Image 47 of 187
  • Nepenthes sibuyanensis
  • Nepenthes macfarlanei
  • Another peristome with spikes
  • Lower pitcher IMG http www insektenfang com Images ipGallery Nepenthes NE02 NE02LowerPeristome jpg Lower peristome

Videos
related videos for peristome

  • A Novel Trapping Mechanism in Nepenthes gracilis (S3) Video S3: High-speed video recording (recording frame rate: 428 s-1, playback frame rate: 10 s-1) of a house fly ( Musca domestica ) being knocked off the underside of an N. gracilis lid by a simulated rain drop and captured. - Drip, Drip, Snatch! When it rains, sometimes it's better to just get wet—especially when staying dry could mean being digested alive. That's the hard lesson for insects hiding from showers underneath the lid of the slender pitcher plant (Nepenthes gracilis). During a downpour, the carnivorous plants, native to the Sunda region of Southeast Asia, rely on heavy raindrops crashing on top of their lids to help catapult shelter-seeking insects into their tube-shaped, fluid-filled leaves, researchers report online today in PLoS ONE. Like a diver jumping on a swimming pool springboard, the pounding raindrops create vibrations throughout the lid that launch insects off its underside and directly into an awaiting acid bath. Previously, scientists thought the lid simply prevented rainwater from diluting the leaf's digestive pool. But upon further investigation, researchers realized the structure's prey-capturing function. The underside of the lid has evolved to be covered with wax crystals which interfere with the adhesive pads found on an insect's feet. The wax crystal layer is only semislippery, so when nothing is hitting the lid, an insect has little problem crawling upside down on it, and will often do so to collect nectar. But with ...
  • A Novel Trapping Mechanism in Nepenthes gracilis (S1) Video S1: Effect of simulated rain on ants foraging on the underside of the pitcher lid of N. gracilis. - Drip, Drip, Snatch! When it rains, sometimes it's better to just get wet—especially when staying dry could mean being digested alive. That's the hard lesson for insects hiding from showers underneath the lid of the slender pitcher plant (Nepenthes gracilis). During a downpour, the carnivorous plants, native to the Sunda region of Southeast Asia, rely on heavy raindrops crashing on top of their lids to help catapult shelter-seeking insects into their tube-shaped, fluid-filled leaves, researchers report online today in PLoS ONE. Like a diver jumping on a swimming pool springboard, the pounding raindrops create vibrations throughout the lid that launch insects off its underside and directly into an awaiting acid bath. Previously, scientists thought the lid simply prevented rainwater from diluting the leaf's digestive pool. But upon further investigation, researchers realized the structure's prey-capturing function. The underside of the lid has evolved to be covered with wax crystals which interfere with the adhesive pads found on an insect's feet. The wax crystal layer is only semislippery, so when nothing is hitting the lid, an insect has little problem crawling upside down on it, and will often do so to collect nectar. But with sudden impacts like rainfall, an insect easily loses its footing on the surface—literally falling victim to the pitcher's ...
  • Ants in my plants! Nepenthes Ventrata has suddenly become the center of attention for a colony of small Ants. They are sucking up the sugar exuded by the nectar glands strategically placed on various parts of the plant. The ridged rim/lip of the pitcher is called the peristome and this too secretes a sugar nectar. Several times today I watched the ants working on the plant and I would say that 80% of the ants that explored the peristome eventually fell into the pitcher! One of these pitchers had at least fifty ants in it by 7PM this evening. Yikes!
  • Ants on Nepenthes peristome Ant activity on peristome of hybrid amp x "Viking" pitcher
  • Mantis feeding at nectar glands of Nepenthes Mantis feeding at nectar glands of Nepenthes (lid & peristome)
  • A Novel Trapping Mechanism in Nepenthes gracilis (S2) Video S2: Effect of simulated rain on ants foraging on the underside of an isolated N. gracilis pitcher lid. - Drip, Drip, Snatch! When it rains, sometimes it's better to just get wet—especially when staying dry could mean being digested alive. That's the hard lesson for insects hiding from showers underneath the lid of the slender pitcher plant (Nepenthes gracilis). During a downpour, the carnivorous plants, native to the Sunda region of Southeast Asia, rely on heavy raindrops crashing on top of their lids to help catapult shelter-seeking insects into their tube-shaped, fluid-filled leaves, researchers report online today in PLoS ONE. Like a diver jumping on a swimming pool springboard, the pounding raindrops create vibrations throughout the lid that launch insects off its underside and directly into an awaiting acid bath. Previously, scientists thought the lid simply prevented rainwater from diluting the leaf's digestive pool. But upon further investigation, researchers realized the structure's prey-capturing function. The underside of the lid has evolved to be covered with wax crystals which interfere with the adhesive pads found on an insect's feet. The wax crystal layer is only semislippery, so when nothing is hitting the lid, an insect has little problem crawling upside down on it, and will often do so to collect nectar. But with sudden impacts like rainfall, an insect easily loses its footing on the surface—literally falling victim to the ...
  • Spirostomum caudatum S. Caudatum (syn. Enchelis caudata OF Muller, 1786) has an ovoid macronucleus, similar to that of S. Teres, and a peristome roughly 1/4 (or slightly less) of body length. The species is easily distinguished by its extremely long, thin "tail."
  • Vorticellid with microconjugant Sessile peritrichs conjugate in an unusual way. First, a "stalked" adult divides asymmetrically, producing a small, specialized cell called a microconjugant. This miniature *** fiend forms on one side of the "parent's" body, then swims away to find a mating partner. When it locates a suitable candidate -- a sessile adult, or "trophont," no different in appearance from others, but ready and willing to conjugate -- it attaches itself to the side of its larger lover and begins merging with it. In the course of a day, or so, the smaller cell disappears into the larger one, and the genetic material of the two organisms is combined, in the usual way of ciliates (micronuclei divide, haploid pronuclei merge, the old macronucleus is destroyed and a new one is formed) . The merged cell then goes on to divide by ordinary symmetrical fission, as peritrichs are commonly seen to do. (see Finley, 1943) This video shows a species of Vorticellid (either Vorticella or Pseudovorticella: I couldn't see the pellicle at high magnification, so can't be sure which), with a microconjugant attached to its side. I don't know enough about the morphology of the mating form to determine whether this video shows the unequal fission of one zooid or a conjugation between two specimens. I am inclined to think it is the latter, because, during the time I observed it (forty minutes or so), the area of contact between the two zooids appeared to increase, and the microconjugant seemed to be sinking into the ...
  • Spinning Plant Thing Well, one day when we were swimming in Ians pool, I noticed this cool orange plant that was growing out of some moss, and when you get it wet, in spins in circles. This thing is really cool, so if you know what it is, just say so in the comments.
  • Nepenthes, Tropical Pitcher Plant care, Carnivorous Plants Nepenthes are found in Southeast Asia, their largest distribution being the island of Borneo. Nepenthes are tropical pitcher plants which grow as scrambling or climbing vines. Their pitchers form at the end of a tendril which extends from each leaf. Not every leaf will produce a pitcher. At the opening around the pitcher there is a slippery liplike peristome. Around the peristome large amounts of nectar are produced to attract insects . The nectar has an intoxicating affect on many insects. They then fall into the pitcher were the fluid at the bottom of the pitcher is usually fairly neutral in pH. When an insect starts to struggle to get out, it signals the pitcher to secrete acids and enzymes in large amounts. The pH in the pitcher drops quickly and in a few day the insect is dissolved. The plant then reabsorbs the nutrient rich fluid.
  • Pseudovorticella elongata (Fromentel, 1876) Pseudovorticella is very similar to Vorticella, but members of the genus have a reticulate (netlike) silverline system in the pellicle of the cell. In some species, this is quite conspicuous. Pseudovorticella monilata, for instance, looks as if were covered in little beads. In some species, however, the reticulate patterns in the pellicle are difficult to see. In Pseudovorticella elongata, the silverline system is very delicate and finely meshed, and should be visible only in DIC microscopy (Leitner & Foissner, 1997). However, while looking at this specimen in oil immersion at 1000X, I found it was possible to just barely make out the patterns in the pellicle that mark this as a Pseudovorticella. At 1:36, I've inserted a still photo with enhanced contrast to show this pattern, which somewhat resembles a faint honeycomb, or a wavy brick wall. Unfortunately, in the transition from my computer to YouTube the (already mediocre) video quality deteriorated further, and it is difficult to see the details. Pseudovorticella elongata (Fromentel, 1876) was known, for more than a century, as Vorticella elongata. Its most prominent feature is the long, cylindrical shape of the zooid, as illustrated by both Fromentel and Kahl. However, according to Leitner and Foissner, who redescribed the species in 1997, and moved it to the genus Pseudovorticella, this shape is a symptom of distress. Apparently, the slightest pressure from the coverslip causes the cell to assume this cylindrical form ...
  • Stentor pyriformis The name means "pear-shaped Stentor," and the description is apt. The dozen or so individuals I watched were all free-swimming, sluggishly contractile and packed with zoochlorellae. Macronucleus consists of two or more isolated spheres. I could not see pigment granules, so I ruled out S. amethystinus. Nonetheless, some specimens are extremely dark (almost black, under normal brightfield illumination) From Mer Bleu bog, in mid September. 200X & 400X objectives
  • Pseudoblepharisma tenue var. viride A long ciliate which resembles Spirostomum, but is smaller, less contractile, and has a relatively short peristome (1/4 to 1/6 of body length). This sub-variety of the species harbours symbiotic green algae (zoochorellae), which enable it to live in very anoxic conditions. These were found in the lowest stratum of a tall jar filled with water from the Mer Bleue sphagnum bog. Body length ~250-325 µm Collected in late October, 2012.
  • The ICPS World Conference in Tokyo 2002 - Part 14 Part 14 provides the lecture "The structural basis for nutrient transport in the pitchers of Nepenthes" by Prof. Dr. T. Page Owen, Jr. (Connecticut College, USA). With many SEM pictures, the interesting mirco-structures of peristome, nectar- and digestive glands can be seen. Using carboxyfluorescein as a marker, also the way which nutrients take through the absorbing glands is documented under the microscope.
  • Huge New Trap on Jungle Pitcher Plant The Nepenthes truncata shows its flashy peristome to reveal a new, deep trap. This is one of the largest carnivorous plants in the world - although my specimen is still a baby. I describe some of the attributes about this trap in the video. The liquid in the bottom of the trap came from the plant but I top it up with tap water. This is what typically occurs in nature with rainfall.
  • Biology 1B - Lecture 31: Gymnosperm diversity and reproducti General Biology
  • Campanella anatomy, part 2 (annotated details) I few days ago I posted a video highlighting a few features of Campanella umbellaria. Here is another, showing the myoneme fibres, and the ciliate's unusual adoral membranes, which spiral around the peristome multiple times before plunging into the long, ciliated tube of its cytopharynx. The myonemes -- the longititudinal fibres that enable Campanella to contract its body -- are difficult to see in vivo. Here we see only the more prominent myonemes around the lip of the peristome. In addition to these, Campanella has a system of longer, more delicate fibres extending along the entire body, from mouth to stalk. (See Shi et al (2004), Infraciliature and Myoneme System of Campanella umbellaria.) Finally, at the end of the video there's a brief look at the aboral ciliary wreathe (aka trochal band, or locomotor fringe). The fringe on this specimen is almost fully developed, so it is possible that this one was apprehended in the process of transforming into a teletroch (its cylindrical swarming form of the ciliate). It did break away from its stalk a few minutes after I started recording it. Not all free-swimming Campanella are telotrochs, however; stalkless bodies can also swim, using their oral cilia for movement, rather than their posterior wreathe. From Mer Bleue bog, Ottawa. Collected in late October, 2012.
  • New Pitcher Opening at Home The Nepenthes in my basement has a new pitcher opening. Other updates on the plant as well.
  • Spirostomum; Amazing Microscopic Creature! HD 1080p! Spirostomum is a genus of free-living ciliate protists, belonging to the class Heterotrichea. Species of Spirostomum are found in both salt and fresh water. All are elongated, flexible and highly contractile. Although unicellular, members of some species can grow as long as 4 mm (0.16 in). The body of the cell is long and worm-like. In cross section it is mainly cylindrical, but may be flattened at the tail end. The posterior excretory vacuole is large, and may fill the whole "tail." Cilia on the cell body are short and arranged in longitudinal rows. The length of the peristome varies between species, from about 1/4 to as much as two 2/3 the length of the cell. The peristome is fringed with membranelles, which are used to channel particles of food into the creature's oral cavity. The macronucleus may be moniliform (like a string of beads) or compact and oval, depending on the species. Spirostomum reproduces by binary fission. Reproduction may be purely a***ual, or it may follow conjugation, during which compatible mating individuals come together and transfer genetic material across a cytoplasmic link. Members of the genus are extremely contractile. When startled, Spirostomum ambiguum can contract to less than half its extended length within 1/200 of a second (a contraction speed similar to that of the ciliate Vorticella). As it contracts, the cortex of the cell twists and widens, and its spiral structure becomes visible. The mechanism of Spirostomum's contractility was ...
  • Dissecting Sea Anemone Part 1.wmv High School students dissecting a sea anemone in biology class.
  • Swim Swirley,... Swim for your Life!! Swirley the Snail having a swim. Even with a very sticky foot, the snail has no means of gripping the side for escape. It wouldn't matter as trying to negotiate the slippery peristome that sent it there in the first place would be the next hurdle.
  • Spirostomum minus Spirostomum minus Roux 1901 is smaller and more slender than S. ambiguum, and has a shorter peristome. Ciliation runs spirally around the cell body. The macronucleus is moniliform (like a string of beads), and there is a large contractile vacuole in the tail. It is sometimes synonymised with S. intermedium. The peristome in S. minus is normally 1/3 to 1/2 the length of the body. This one seems exceptionally short.
  • Insect adhesion: ant-eating plants Under the rim of a carnivorous pitcher plant such as this, nectar lures ants to visit for a tasty treat. When the rim is dry: the ants can climb on and around the plant with no problem. When the rim is wet: unluckily for the ants, the rim has a special microstructured hydrophilic surface; air humidity or rain can easily form a very thin water layer. Most ants aquaplane to their doom, where they are destined to stew in the plant's digestive juices. Video courtesy of Dr Holger Bohn at the University of Freiburg, Germany.
  • Nepenthes Swallows Fly Here's my Nepenthes ventricosa attracting and capturing a fly with its pitcher trap. The nectar on the rim (or peristome) acts like a narcotic to disorient and drug the fly so it slips inside. The light green section of the pitcher holds digestive enzymes to break down the fly and absorb its nutrients.

Blogs & Forum
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  • “Now in the rice are a coastal peristome and heritage, a space, structure, method, malarial glutathione, none university, Alembic Bar Blog. Art of Drink. Beaker and Flask Blog. Blogging Tales of the ***tail 2009”
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  • “Full Version: Interesting peristome. Carnivorous Plants UK > Photographs of Carnivorous This is a very interesting peristome of my ventricosa x truncata”
    — Carnivorous Plants UK > Interesting peristome,

  • “Northiana woes: The pitcher shape is nothing like the northiana and a complete absence of a peristome seems to also suggest it is something else. BE's northiana is last in this series of pitchers and it looks a little different in its development. These other two fellows are from SBG's tc”
    — Northiana woes - GCS Forum,

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  • “The Kimoto Carnivorous Plant Blog. July 20, 2006. Nepenthes Rescue Part I have heard that the peristome characteristics of young plants are not fully expressed,”
    — The Kimoto Carnivorous Plant Blog " Nepenthes Rescue Part II, cp.kimoto.us

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