71 Sentences With "sense organ" | Random Sentence Generator

This is more like the evolution of an entirely new sense organ.

But one of the least understood is a highly specialized sense organ known as the ampullae of Lorenzini, whose key element researchers have just discovered has the strongest proton conductivity of any biological material yet studied.

In addition to the four diseases highlighted in the report, noncommunicable diseases include endocrine, blood and immune disorders; noninfectious respiratory, digestive (including liver) and genitourinary diseases; neurological conditions; mental and substance-use disorders; congenital anomalies; and sense organ, skin, musculoskeletal and oral or dental conditions.

These compound eyes are the main optical sense organ in adult brine shrimps. The median eye, or the naupliar eye, is situated anteriorly in the centre of the head and is the only functional optical sense organ in the nauplii, which is functional until the adult stage.

Subliminal means below perception. The absolute threshold is the lowest amount of sensation detectable by a sense organ.

Ajna translates as "authority" or "command" (or "perceive") and is considered the eye of intuition and intellect. Its associated sense organ is the brain.

We say, "The body is red." In reality, though, color exists only in the retina of the eye. It is separate from the external object. Color is a mere sensation in the sense organ.

Chrysippus of Soli The Stoics explained perception as a transmission of the perceived quality of an object, by means of the sense organ, into the percipient's mind. The quality transmitted appears as a disturbance or impression upon the corporeal surface of that "thinking thing," the soul. In the example of sight, a conical pencil of rays diverges from the pupil of the eye, so that its base covers the object seen. A presentation is conveyed, by an air-current, from the sense organ, here the eye, to the mind, i.e.

Vedanā is one of the five aggregates (Skt.: skandha; Pali: khandha) of clinging (Skt., Pali: upādāna; see Figure 2 to the right). In the canon, as indicated above, feeling arises from the contact of a sense organ, sense object and consciousness.

59 Jeffrey Hopkins explains: :Roughly speaking, [sparsha refers to] the coming together of an object, a sense organ, and a moment of consciousness. Hence contact, in the twelve links, refers to contact with a sense-object and the subsequent discrimination of the object as attractive, unattractive, or neutral. Sense objects are always present, and thus when a sense organ—the subtle matter that allows you to see, hear, and so forth—develops,The sense organs develop in the fifth link of the Twelve Links. an eye consciousness, ear consciousness, nose consciousness, tongue consciousness, or body consciousness will be produced.

When the proper sensorial conditions aggregate, i.e., come into contact with each other, sensation occurs. These proper conditions include a properly functioning sense organ and a cognitive-sensory object, which already presuppose a linguistically-complex conscious body (nāma-rūpa).Buddhist Phenomenology, Dan Lusthaus, p.

The larva swims with the end with its main sense organ in front, and at metamorphosis this end becomes the lower end of the column. The "head" gene is concerned in the development of this lower end rather than the oral crown and tentacles.

There is thus a causal chain which transmits information from a sense organ to an organ capable of making decisions, and onwards to a motor organ. In this respect, the model is analogous to a modern understanding of information processing such as in sensory-motor coupling.

Methyl methanesulfonate (MMS), also known as methyl mesylate, is an alkylating agent and a carcinogen. It is also a suspected reproductive toxicant, and may also be a skin/sense organ toxicant.Scorecard Pollution Information Site: Methyl Methanesulfonate Scorecard.org Accessed 14 Feb 08 It is used in cancer treatment.Medical.Webends.

Nervous ring connecting rhopalia, where it connects with the sense organ, and bases of pedalia. Four long perradial rhopalia on umbrella. Rhopalar niches composed of two small infero-lateral projections and one superior projection. Four long wing-like pedalia, each with a pink tentacle with bands of nematocysts along the entire length.

The human eye is an organ which reacts to light for several purposes. As a conscious sense organ, the eye allows vision. Rod and cone cells in the retina allow conscious light perception and vision including color differentiation and the perception of depth. The human eye can distinguish about 10 million colors.

To address this issue, Delbeouf added a term to the end of Fechner's equation: S = K log [(I+c)/c] - Where c is equivalent to the physiological level of excitation within the senses. Delboeuf's second change to Fechner's formula was the addition of a supplementary equation: f=log [m/m-I'] - Where f is equivalent to the amount of fatigue from effort of the sense organ, m is equivalent to the amount of available sensitivity, and I is equivalent to the intensity of an external stimulus. This supplementary equation accounted for the amount of change that a sense organ experiences due to the magnitude of excitation from an external stimulus. By adding this equation, Delboeuf was accounting for the effect that sensations have on sense organs.

The organism has sensors that report the state of the Umwelt and effectors that can change parts of the Umwelt. He distinguished the effector as the logical opposite of the sensor, or sense organ. Sensors and effectors are linked in a feedback loop. Sensor input is processed by a Merkorgan and effectors are controlled by a Werkorgan.

The second age McLuhan outlines is the Literacy Age, beginning with the invention of writing. To McLuhan, this was a time of private detachment, with the eye being the dominant sense organ. Turning sounds into visible objects radically altered the symbolic environment. Words were no longer alive and immediate, they were able to be read over and over again.

Many animals, such as this spider crab Maja crispata, are bilaterally symmetric. Animals that are bilaterally symmetric have reflection symmetry in the sagittal plane, which divides the body vertically into left and right halves, with one of each sense organ and limb pair on either side. Most animals are bilaterally symmetric, likely because this supports forward movement and streamlining.

For thinkers like Saṃghabhadra, a sense organ and its object must exist at the same moment together with its effect, the perception. Thus, for a cause to be efficacious, it must exist together with its effect.Dhammajoti (2009) pp. 162-163. This view of simultaneous causation was rejected by the Sautrāntikas, but later adopted by the Yogācāra school.

A microphoto of Hancock's organ (ho) of a sea slug Pseudunela marteli. A microphoto of head region of Pseudunela marteli shows position of Hancock's organ (ho) near eye (ey) and rhinophore (rh). Hancock's organ is a lateral sensory organ of gastropods, a sense organ found in some sea snails. This organ is found in most of the shelled opisthobranchs.

The original description of Pseudartiocotylus states that the worm has a relatively short strap-like body and that there is a watch glass-like sense organ between the eyes, as well as two ambulacral pits on the ventral side of the anterior end. This description, however, is too incomplete to correctly define the genus and further studies are needed.

1257–59; Thanissaro, 1998d). Elsewhere in the same collection of discourses (SN 35.191), the Buddha's Great Disciple Sariputta clarifies that the actual suffering associated with sense organs and sense objects is not inherent to these sense bases but is due to the "fetters" (here identified as "desire and lust") that arise when there is contact between a sense organ and sense object.

The convergent evolution between the South American Gymnotiforms and the African Mormyridae is remarkable, with the electric organ being produced via the substitution of the same amino acid in the same voltage-gated sodium channel despite the two groups of fish being on different continents and the evolution of the electric sense organ being separated in time by around 60 million years.

Chemical communications in animals rely on a variety of aspects including taste and smell. Chemoreception is the physiological response of a sense organ (i.e. taste or smell) to a chemical stimulus where the chemicals act as signals to regulate the state or activity of a cell. A semiochemical is a message-carrying chemical that is meant to attract, repel, and convey information.

Each sense organ (eyes or nose, for instance) requires a minimal amount of stimulation in order to detect a stimulus. This minimum amount of stimulus is called the absolute threshold. The absolute threshold is defined as the minimum amount of stimulation necessary for the detection of a stimulus 50% of the time. Absolute threshold is measured by using a method called signal detection.

The radula grows by dividing existing teeth in two, or by adding a new tooth at the centre of the radular row. The salivary glands are very elaborate, and are an important character for taxonomy. Next to the mouth they have a unique sense organ, the vestibulum. The solenogastres do not have true ctenidia, although their gill-like structures resemble them.

The human eye is a sense organ that reacts to light and allows vision. Rod and cone cells in the retina allow conscious light perception and vision including color differentiation and the perception of depth. The human eye can differentiate between about 10 million colors and is possibly capable of detecting a single photon. The eye is part of the sensory nervous system.

The vomeronasal organ is an auxiliary olfactory sense organ responsible for the detection of pheromones as more than just an odor. Most adult humans possess something resembling this organ, but there is no active function. Humans lack the sensory cells that exist in other mammals needed to detect pheromones beyond a smell. Humans also lack the genetic ability to produce these sensory cells actively.

The organs are embedded in the thickened epidermis. The receptor cells lie buried in the deeper layers of the epidermis where they expand into a pocket in the superficial layers of corium. The sense organ is surrounded by a basement membrane which separates corium from epidermis. Epithelial cells form a loose plug over the sensory receptors, allowing capacity-coupled current to pass from the external environment to the sensory receptor.

The first period in history that McLuhan describes is the Tribal Age. To McLuhan, this was a time of community, with the ear being the dominant sense organ. With everyone able to hear at the same time, listening to someone in a group a unifying act, deepening the feeling of community. In this set up, McLuhan argues, everything was more immediate, more present, and fostered more passion and spontaneity.

The ultimate encyclopedia of dogs, dog breeds & dog care, 2006, page 53 Puppies are born with a fully functional sense of smell. They are unable to open their eyes. During their first two weeks, a puppy's senses all develop rapidly. During this stage the nose is the primary sense organ used by puppies to find their mother's teats, and to locate their littermates, if they become separated by a short distance.

The lateral line is clearly visible as a line of receptors running along the side of this Atlantic cod. The lateral line is a sense organ used to detect movement and vibration in the surrounding water. For example, fish can use their lateral line system to follow the vortices produced by fleeing prey. In most species, it consists of a line of receptors running along each side of the fish.

Its 24 tentacles are arranged in eight groups of three. Each tentacle has stinging cells for capturing prey and defense from predators. A sense organ is located between each group of tentacles, which can perceive changes in light and helps the jellyfish determine and maintain its position in the water column. It has 4 oral arms that can be distinguished from the tentacles because the arms are noticeably longer and have a folded, frilly appearance.

The flehmen response draws air into the VNO or Jacobson's organ, an auxiliary olfactory sense organ that is found in many animals. This organ plays a role in the perception of certain scents and pheromones. The vomeronasal organ is named for its closeness to the vomer and nasal bones, and is particularly well developed in animals such as cats and horses. The VNO is found at the base of the nasal cavity.

Disability- adjusted life year for macular degeneration and other (sense organ diseases) per 100,000 inhabitants in 2004 The prevalence any age-related macular degeneration is higher in Europeans than in Asians and Africans. There is no difference in prevalence between Asians and Africans. The incidence of age- related macular degeneration and its associated features increases with age and is low in people <55 years of age. Smoking is the strongest modifiable risk factor.

Like other strepsirrhine primates, the nose and lip are covered by a moist skin called the rhinarium ("wet nose"), which is a sense organ. The eyes of slow lorises are forward- facing, which gives stereo vision. Their eyes are large and possess a reflective layer, called the tapetum lucidum, that improves low-light vision. It is possible that this layer blurs the images they see, as the reflected light may interfere with the incoming light.

Information from a variety of sense organs provides information about joint positions and movements. The most elaborate proprioceptive sense organ is the muscle spindle. It is unique because its functional state is continually controlled from the brain through the fusimotor system. Recordings from muscle spindle afferents indicate that the fusimotor system remains largely passive when the parent muscle is relaxed whereas is it regularly activated in voluntary contractions and more so the stronger the contraction.

The nasal bone was thick, heavily sculpted, and had a convex profile. It formed a boss (shield) on the middle top of the skull together with the frontal bone. The lower front of the premaxilla (front bone of the upper jaw) was rugose and thickened. A small foramen (hole) was present in the suture between the premaxillae, leading into the nasal cavity, and possibly connected to the Jacobson's organ (an olfactory sense organ).

Skull Skeleton Bones of the foot The domestic pig typically has a large head, with a long snout which is strengthened by a special prenasal bone and a disk of cartilage at the tip. The snout is used to dig into the soil to find food, and is a very acute sense organ. The dental formula of adult pigs is , giving a total of 44 teeth. The rear teeth are adapted for crushing.

A wild-caught cyphonautes, likely of Membranipora, from a plankton sample taken in Coos Bay, Oregon A cyphonautes is a larva of an ectoproct or bryozoan. It is triangular in profile with a heavily-ciliated band called the corona at the base of the triangle and a sense organ at the apex (cypho-, bent; nautes, sailor). The beating of coronal cilia propels the cyphonautes through the water and contributes to a feeding current. The cyphonautes is very thin, i.e.

Most adults have shells which are 20 to 50 mm (or about an inch, to an inch and three quarters) in diameter. Adults weigh anywhere from 2 to 20 grams. Individuals can live anywhere from 7 to 30 years; studies have shown that individuals inhabiting the more northern portions of the organism's range are larger and live longer on average than organisms inhabiting the southern portions. In 1971, a new sense organ was discovered in this marine snail.

What conjunction meant was a disputed topic among the early masters. Later, it came to be accepted that for citta and caittas to be conjoined, the following had to be true: both must be supported by the same basis (āśraya i.e. sense organ), they must have the same object (ālambana), mode of activity (ākāra), same time (kāla), and the same substance (dravya). This doctrine was repudiated by the Sautrāntika, who held that dharmas only arise successively, one after the other.

In Drosophila, proneural genes are first expressed in quiescent ectodermal cells that have both epidermal and neuronal potential. Proneural activity results in the selection of progenitors that are committed to a neural fate but remain multipotent, with sense organ progenitors giving rise to neurons, glia and other non-neuronal cell types. Additionally, some neuroblasts of the central nervous system also generate both neurons and glia. Progenitors of the peripheral and central nervous system only begin to divide after proneural gene expression has subsided.

True presentations are distinguished from those that are false by the use of memory, classification and comparison. If the sense organ and the mind are healthy—and provided that an external object can be really seen or heard—the presentation, due to its clearness and distinctness, has the power to extort the assent that always lies in our power, to give or to withhold. In a context in which people are understood to be rational beings, reason is developed out of these notions.

The most important portion of the work was that dealing with nervous action and the mechanism of the senses. Here he stated the principle, previously recognized but not stated as clearly, that the kind of sensation following stimulation of a sensory nerve does not depend on the mode of stimulation but upon the nature of the sense organ. Thus light, pressure, or mechanical stimulation acting on the retina and optic nerve invariably produces luminous impressions. This he termed the law of specific energies of the sense.

Thanks to fusimotor activation, the afferent signal from muscle spindles remains efficient in monitoring large changes of muscle length without turning silent during muscle shortening. On the other hand, very small intramuscular events are monitored as well, thanks to the extreme sensitivity of the sense organ. An example is the small pulsatile component of the muscle contraction which is due to a periodic fluctuation at 8–10 Hz of the motor command. These small variations are insentient but readily monitored by the population of spindle afferents.

The scutes contain blood vessels and may act to absorb or radiate heat during thermoregulation. Research also suggests that alkaline ions released into the blood from the calcium and magnesium in these dermal bones act as a buffer during prolonged submersion when increasing levels of carbon dioxide would otherwise cause acidosis. Some scutes contain a single pore known as an integumentary sense organ. Crocodiles and gharials have these on large parts of their bodies, while alligators and caimans only have them on the head.

Energy harvesting is the process of capturing and storing energy (such as solar power, thermal energy, wind energy, salinity gradients, and kinetic energy) that would otherwise go unexploited. Body harvesting, or cadaver harvesting, is the process of collecting and preparing cadavers for anatomical study. In a similar sense, organ harvesting is the removal of tissues or organs from a donor for purposes of transplanting. In a non-agricultural sense, the word "harvesting" is an economic principle which is known as an exit event or liquidity event.

In Buddhist philosophy, Ayatana or "sense-base" includes the mind as a sense organ, in addition to the traditional five. This addition to the commonly acknowledged senses may arise from the psychological orientation involved in Buddhist thought and practice. The mind considered by itself is seen as the principal gateway to a different spectrum of phenomena that differ from the physical sense data. This way of viewing the human sense system indicates the importance of internal sources of sensation and perception that complements our experience of the external world.

The animal's sense organ is altered when it detects an object. This causes a perceptual change in the animal's seat of sensation, which Aristotle believed was the heart, not the brain. This in turn causes a change in the heart's heat, which causes a quantitative change sufficient to make the heart transmit a mechanical impulse to a limb, which moves, moving the animal's body. The alteration in the heat of the heart also causes a change in the consistency of the joints, which helps the limb to move.

", § 15 Idealism, here, is epistemological, not ontological. Berkeley declared that it is "…impossible that any colour or extension at all, or other sensible quality whatsoever, should exist in an unthinking subject without the mind, or in truth, that there should be any such thing as an outward object.", § 15 Any quality that depends on sensation for its existence requires that a sense organ and a mind is conscious of it. By "unthinking subject," he means "mindless matter" or "substance, substratum, or support that is not a thinking mind.

PRATYKSHA & Pratyaksha Both are different Meaning (प्रत्यक्षा & प्रत्यक्ष) Pratyaksha (Sanskrit: प्रत्यक्ष IAST: pratyakṣa) literally means that which is perceptible to the eye or visible, in general usage it refers to being present, present before the eye i.e. within the range of sight, cognizable by any sense organ, distinct, evident, clear, direct, immediate, explicit, express, corporeal; it is a Pramana, mode of proof. The Nyaya School recognizes Pratyaksha (perception) as a kind of pramana along with Anumana (inference), Upamana (comparison) and Shabda (verbal testimony); this school recognizes these four kinds only. The Sankhya School does not recognize Upamana as a pramana.

Spinnerbaits attract predatory fish primarily by activating a special sense organ called the lateral line system through the spinning blade. The Lateral line system enables fish to "touch" and ‘feel’ objects at a distance. Most fish have well-developed sense of touch and can feel the slightest change of water flow around it as a series of vibrations which may warn fish of approaching dangers or indicate the location of prey. Spinnerbaits can also stimulate other senses of fish to mimic prey by creating flashes in the water (sight) and by creating sound waves in the water (hearing).

Scolopidia are sensitive to mechanical disturbances, such as sound (vibrations of the air) or substrate vibrations (vibrations of surrounding solid material), depending on the structure of the overall sense organ in which they reside. While many species using mechanoreceptors to transduce and locate sources of sound, functions such as detecting gravitational forces or airflow have also been demonstrated. Airflow direction detection by mechanoreceptors appears to be key in the navigational behavior of flying insects, particularly in environments with slow or absent visual feedback. A single individual may possess scolopidia that are capable of sensing a range of low to high frequencies.

The semicircular canals of the inner ear serves as a sense organ for balance and controls the reflex for gaze stabilization. The inner ear has three canals on each side of the head, and each of the six canals encloses a membranous duct that forms an endolymph-filled circuit. Hair cells in the duct's auditory ampulla pick up endolymph disturbances caused by movement, which register as rotatory head movement. They respond to body sway of frequencies greater than 0.1 Hz and trigger the vestibulocollic (neck) reflex and vestibuloocular (eye) reflex to recover balance and gaze stability.

Skull of a domestic pig (Sus scrofa domesticus) A typical pig has a large head with a long snout that is strengthened by a special prenasal bone and by a disk of cartilage at the tip. The snout is used to dig into the soil to find food and is a very acute sense organ. There are four hoofed toes on each foot, with the two larger central toes bearing most of the weight, but the outer two also being used in soft ground. The dental formula of adult pigs is , giving a total of 44 teeth.

Sigmund Freud initially considered the ego to be a sense organ for perception of both external and internal stimuli. He thought of the ego as synonymous with consciousness and contrasted it with the repressed unconscious. In 1910, Freud emphasized the attention to detail when referencing psychoanalytical matters, while predicting his theory to become essential in regards to everyday tasks with the Swiss psychoanalyst, Oscar Pfister. By 1911, he referenced ego instincts for the first time in Formulations on the Two Principles of Mental Functioning and contrasted them with sexual instincts: ego instincts responded to the reality principle while sexual instincts obeyed the pleasure principle.

In insects these sensors are known as campaniform sensillae located near the joints, the subgenual organ in the tibia and Johnston's organ located in the antennae. Arachnids use slit sense organ. In vertebrate animals the sensors are Pacinian corpuscles in placental mammals, similar lamellated corpuscles in marsupials, Herbst corpuscles in birds and a variety of encapsulated or naked nerve endings in other animals. These sensory receivers detect vibrations in the skin and joints, from which they are typically transmitted as nerve impulses (action potentials) to and through spinal nerves to the spinal cord and then the brain; in snakes, the nerve impulses could be carried through cranial nerves.

This dualistic conceptualizing process which leads to samsara is termed manas as well as "awareness moving away from the ground".Van Schaik; Approaching the Great Perfection: Simultaneous and Gradual Methods of Dzogchen Practice in the Longchen Nyingtig (Studies in Indian and Tibetan Buddhism), 2004, page 56. However, as noted by Smith: "when the appearances of the basis appear to the mental faculty (the sense organ that arises out of the basis) of some sapient beings they immediately become buddhas since they suffer no distracting exteriorization of their experience." Thus, out of the basis, both sentient beings and Buddhas arise, sentient beings arise due to ignorance/delusion.

The slit sensilla, also known as the slit sense organ, is a small mechanoreceptory organ or group of organs in the exoskeleton of arachnids which detects physical deformation or strain due to forces experienced by the animal. The organ appears in the vast majority of discovered arachnids, and is "remarkably consistent" in location and direction within each order. The arachnid slit sensilla corresponds to the campaniform sensilla found in insects. Slit sensilla tend to be widely distributed over the arachnid's exoskeleton, but have also been found to be grouped at specific locations and in a bundle of parallel lines; the latter distribution is referred to as a "lyriform organ".

The vomeronasal organ (VNO), or Jacobson's organ, is the paired auxiliary olfactory (smell) sense organ located in the soft tissue of the nasal septum, in the nasal cavity just above the roof of the mouth (the hard palate). The name is derived from the fact that it lies adjacent to the unpaired vomer bone (from Latin 'plowshare', for its shape) in the nasal septum. It is present and functional in all snakes and lizards, and in many mammals, including cats, dogs, horses, cattle, pigs, and some primates; in humans it is present, but is vestigial and non-functional. The VNO contains the cell bodies of sensory neurons which have receptors that detect specific non-volatile (liquid) organic compounds which are conveyed to them from the environment.

In many species, the rhinarium has a mid-line groove (cleft)the philtrumand a wrinkled (crenellated) surface.Lund University Faculty of Science Department of Biology Mammalian Rhinarium Group The rhinarium is a separate sense organ: it is a touch-based chemosensory organ that connects with a well-developed vomeronasal organ (VNO). The rhinarium is used to touch a scent-marked object containing pheromones (usually large, non-volatile molecules), and transfer these pheromone molecules down the philtrum to the VNO via the nasopalatine ducts that travel through the incisive foramen of the hard palate. It also acts as a wind-direction detector: cold receptors in the skin of the rhinarium detect the orientation where evaporative cooling is highest, as determined by the wind direction.

Before human beings came into existence, the unrepresented existed. But now that human beings exist, when our perceptual systems and our consciousness interact with the unrepresented, a phenomenal world is produced, which is the world of collective representations. Barfield argues that in perception it is important to note two things: (1) "we must not confuse the percept with its cause" (for example, if particles/waves cause sounds, we must recognize that the experience of sound is no more like the theorized waves/particles than drops of rain are like the sight of a rainbow) and (2) we do not perceive with a sense-organ alone, but with a great part of our whole human being. Much besides mere sense perception is necessary.

Vinyl chloride is also recognized as a carcinogen, meaning it can cause cancer if one is exposed to it for a long period of time. It is ranked in the top 10% of the most hazardous compounds to human health and the environment, based on how toxic it is when ingested or inhaled, how it affects human health, workers exposure to the chemical, cancer and noncancer risk scores through air and water, and how toxic it is to the environment. The overall hazard value of the chemical is 49, which puts it within the 100th percentile of other chemicals, making it in the top 10% of hazardous compounds. It is suspected to cause the following health hazards: Cardiovascular or Blood Toxicant, Developmental Toxicant, Gastrointestinal or Liver Toxicant, Neurotoxicant, Reproductive Toxicant, Respiratory Toxicant, Skin or Sense Organ Toxicant.

Clack and Ahlberg noted several distinctive features of Occidens, including a straight row of teeth along the coronoid bones on the inner surface of the lower jaw, an open groove for a lateral line sense organ on the jaw's outer surface, and a stepped shape to the connection between the dentary and angular bones. The jaw bone is deep, resembling those of Crassigyrinus and whatcheeriids (which both occur in Romer's gap) in overall appearance. In most phylogenetic trees produced by Clack and Ahlberg's 2004 analysis, Occidens fell near whatcheeriids and the Devonian taxon Tulerpeton, being more derived than all other Devonian taxa and more basal than Crassigyrinus and the post-Romer's Gap taxa Greererpeton and Megalocephalus. A 2008 phylogenetic analysis by paleontologists Marcello Ruta and John Bolt found Occidens to be the closest relative of Sigournea multidentata, a species from the end of the gap found in Iowa, but could not determine where these two taxa fit relative to other Early Carboniferous tetrapods.

The overall hazard value of the chemical is 39, which puts it within the 100th percentile of other chemicals, making it in the top 10%. This chemical was found in the groundwater of the Price Landfill. 1,2- Dichloroethane can negatively affect health in these areas: Cardiovascular or Blood Toxicant, Developmental Toxicant, Gastrointestinal or Liver Toxicant, Kidney Toxicant, Neurotoxicant, Reproductive Toxicant, Respiratory Toxicant, and Skin or Sense Organ Toxicant. This means it can: cause blood diseases or abnormal heartbeat; affect the development of an unborn child; liver damage and disease; cause kidney disease which can lead to cancer; affect how the nerves carry information through the bodies peripheral nervous system which weakens the lower half of the body causing a tingling sensation and loss of coordination; affect fertility and may even cause the loss of a fetus during pregnancy; cause respiratory damage which can led to cancer; cause hearing loss or other damage of the 5 senses.

The overall hazard value of the chemical is 48, which puts it within the 100th percentile of other chemicals, making it in the top 10% of hazardous compounds. This chemical can cause the following negative health effects: Developmental Toxicant, Reproductive Toxicant, Cardiovascular or Blood Toxicant, Endocrine Toxicant, Gastrointestinal or Liver Toxicant, Immunotoxicant, Neurotoxicant, Respiratory Toxicant, Skin or Sense Organ Toxicant. This means it can: affect the development of an unborn child; affect fertility and may even cause the loss of a fetus during pregnancy; cause blood diseases or abnormal heartbeat; weaken the endocrine system leading to diabetes, hormone imbalances, reproductive disorders or cancer; cause liver damage and disease; weaken the immune system which can lead to disease or cancer; affect how the nerves carry information through the bodies peripheral nervous system which weakens the lower half of the body causing a tingling sensation and loss of coordination; cause respiratory damage which can led to cancer; cause hearing loss or other damage of the 5 senses.

From 'Mirages, Transformations, Miracles: Marcus Reichert's Paintings' by Donald Kuspit Figure or object, face or flower, body or vase, Marcus Reichert's images seem to exist somewhere in the limbo between hallucination and perception. In a hallucination, there's no external object to be observed, however much something seems sensed and present; in a perception, there is such an object, experienced as a “hard fact,” indisputably separate from oneself. There are two kinds of hallucination, the French psychiatrist Jules Baillarger tells us, one psychosensorial, involving the combined action of the imagination and some sense organ, the other psychic, entirely a product of the imagination, with no sensory stimulus. Reichert's hallucinations are of the first kind: his eye is stimulated by the perception of some object external to him, which is then imaginatively transformed into a painted image, producing what Baudelaire famously called a “sensation of the new,” the sort of sensation, as he also said, that a child might have when it saw something for the first time, spontaneously and without preconceptions.

The overall hazard value of the chemical is 33, which puts it within the 100th percentile of other chemicals, making it in the top 10% of hazardous compounds. It can have the following negative health effects: Developmental Toxicant, Reproductive Toxicant, Cardiovascular or Blood Toxicant, Endocrine Toxicant, Gastrointestinal or Liver Toxicant, Immunotoxicant, Kidney Toxicant, Neurotoxicant, Respiratory Toxicant, Skin or Sense Organ Toxicant. This means it can affect the development of an unborn child; affect fertility and may even cause the loss of a fetus during pregnancy; cause blood diseases or abnormal heartbeat; weaken the endocrine system leading to diabetes, hormone imbalances, reproductive disorders or cancer; cause liver damage and disease; weaken the immune system which can lead to disease or cancer; cause kidney disease which can lead to cancer; affect how the nerves carry information through the bodies peripheral nervous system which weakens the lower half of the body causing a tingling sensation and loss of coordination; cause respiratory damage which can led to cancer; cause hearing loss or other damage of the 5 senses.