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Dorn Spinal Therapy

Dorn Spinal Therapy has been in uses in the past 40 years. The credit of this method goes to Dieter Dorn, who has made a significant impact in the medical field. DORN- Method has been used on various patients where results could get witnessed instants. Due to the impact, this method has brought in the country. It has been declared the standard practice in treating Pelvical Disorders, Spinal, and Back pain. Dieter Dorn first used this method on his family, which was a sign of confidence in a method, which later gained much attention from different people in the country and also globally. Every day Dorn was able to offer treatment to 15- 20 patients in a day. His services were purely free which attracted attention both in the local and also global. The primary treatment that DORN-Method which could be treated using this method include spine healing therapy, misalignments of the spine, resolving pelvis and joints, and also solving out significant problems which could get attributed to vertebrae. More here...

Dorn Spinal Therapy Summary


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Spina bifida myelomeningocele

SB is a neural tube defect that is associated with significant spine and brain malformations. The current prevalence level in North America is 0.3-0.5 per 1000 births (post dietary fortification data, Williams et al. 1 ). The primary CNS insult in SB affects both ends of the neural tube. The defining spinal lesion, myelome-ningocele, is a fluid-filled sac that herniates and protrudes through the spinal cord and meninges. This can occur at any level of the spine and is evident from the first weeks of gestation, before many women have confirmed their pregnancy, and it requires neurosur-gical repair shortly after birth. SB is often associated SB is the product of a complex pattern of gene environment interactions that is associated at birth with distinctive physical, neural, and behavioral phe-notypes 3 . The spinal lesion level is a visible source of phenotypic diversity that can be explained in part by genetic factors 4 . In addition to variations in the level of spinal lesion, there...

Adolescents and adults

Physical phenotype (level of the spinal cord lesion), cerebellar impairment, and spinal cord involvement continue to impact motor functioning into adolescence and adulthood. Adults continue to show deficits in fine and gross motor control, stability, motor coordination, and oral-motor regulation. Depending on the level of the lesion, some adults with SB are able to gain independence in specific activities of daily living (e.g. personal hygiene and toileting) however, a decreased level of motor ability generally relates to a lower level of functional ability (e.g. household responsibilities) 20 , and a need for physical supports and accommodations. This can significantly impact opportunities for independent living and vocational choices.

Signs and symptoms in children

In children, symptoms can often be fairly diffuse. Presenting symptoms can reflect increased intracra-nial pressure due to hydrocephalus, edema, or tumor mass effects, or more focal symptoms can be related to the location of the tumor and associated neurological dysfunction (Table 13b.3). The triad of symptoms of early-morning vomiting, eye-movement abnormalities, and ataxia occur more often in children diagnosed with infratentorial tumors seizures, vision deficits, and focal neurological signs are more commonly associated with supratentorial tumors 20 . Obstruction of cerebral spinal fluid (CSF) flow is frequent in childhood brain tumors due to the more common midline location of these tumors obstruction can occur at the level of the lateral, third, or fourth ventricle. Children can sustain severe neurological damage from the hydrocephalus including blindness and cognitive deficits. Hydrocephalus has been identified as a significant risk factor for neuropsychological deficits, apart...

General independence skills

Important prerequisites to independent living 43 . However, rates of independent residence and community participation are lower than expected 44 . Though adolescents with SBM are hopeful about their future, with generally positive beliefs and expectations about independent functioning, their actual participation in adolescent activities such as decision-making, household responsibilities, and friendship activities is often limited 45 . Independent functioning in SBM has been shown to correlate with spinal lesion level and the presence of hydrocephalus 43 , with lesions above the lumbar level strongly associated with dependence on others. The generally disappointing rate of functional independence in adults with SBM is a source of great concern among families and caretakers of individuals with this condition.

Changes in the cultural environment

About 6 million years ago, in Africa, our evolutionary lineage separated from the lineage that led to chimpanzees and bonobos. The recent discovery in Kenya of chimpanzee teeth that are half a million years old (McBrearty and Jablonski, 2005) shows that the chimpanzee lineage has remained distinct for most of that time from our own lineage, though the process of actual separation of the gene pools may have been a complicated one (Patterson et al., 2006). There is much evidence that our remote ancestors were morphologically closer to chimpanzees and bonobos than to modern humankind ourselves. The early hominid Ardipithecus ramidus, living in East Africa 4.4 million years ago, had skeletal features and a brain size resembling those of chimpanzees (White et al., 1994). Its skeleton differed from those of chimpanzees in only two crucial respects a slightly more anterior position of the foramen magnum, which is the opening at the bottom of the skull through which the spinal cord passes,...

New Towns and Growth Centers

Satellite Town Centers Stockholm

Perhaps the most creative design feature of this growth center is its approach to mobility. The automobile is explicitly deemphasized in the design. Auto access to residential neighborhoods is by way of an outer ring road that encircles the town, making it difficult to travel from one residential area to another by car. By contrast, the extensive pedestrian and bicycle network is star-shaped (see Figure 2.3), allowing much easier movement by these nonauto modes within the town. A major green corridor runs down the spine of the town. All major destinations in the town, including schools, sport facilities, and the library, are all on the bicycle network, and most residents get around within the town by bicycle.

A lifespan review of developmental neuroanatomy

Luria presented a theory of functional systems development based on these three functional units. He suggested that the three functional units develop hierarchically in the form of increasingly complex cortical zones. These zones correspond to primary, secondary, and tertiary motor and sensory areas, which develop in order of complexity, with the tertiary planning unit (anatomically demarcated by prefrontal areas) appearing last 12 . Luria's developmental theory mirrors Jackson's proposal that neuro-anatomical development proceeds upward from the spinal cord to neocortex and from the posterior to anterior 4 . The nervous system is composed of central (CNS), peripheral (PNS), and enteric branches. The brain and spinal cord form the CNS. Nerves that connect the spinal cord and brain to peripheral structures such as the heart compose the PNS. The enteric nervous system controls the gastrointestinal system primarily via communication with the parasympathetic and sympathetic nervous...

Case Study Catastrophic Valley Aggradation on Guadalcanal Island Caused by Tropical Cyclone Namu in

Guadalcanal Population

Guadalcanal island in Solomon Islands is mostly steep and rugged. The southern half of the island is a mountainous zone rising to over 2,300 m with a northwest-to-southeast trending spine. The mountains are flanked on the northern side by foothills that form an intermediate zone of intensely dissected plateaux, hills and rolling ridges (Hackman 1980). Numerous rivers transect this zone, draining generally northwards from the mountains (Fig. 10.12). The northern region of Guadalcanal is known as the Guadalcanal Plains and is an alluvial zone. From the Lungga River in the west to the Matepono River in the east, the plains are over 50 km wide. The topography here has minimal relief, except for some fluvial dissection in places. The rivers meander extensively across the plains, so swamps and poorly drained areas are common.

Meningococcal Meningitis

The organism inhabits the nasal mucosa within which it is anatomically very close to the meninges, although separated by formidable barriers of bone and membrane. The generally accepted theory is that the organism passes from this site into the blood stream, crosses the blood-brain barrier and enters the cerebrospinal fluid (CSF). Experimental evidence does not substantiate this route unless there has been some trauma to the meninges. Difficult though the direct route may seem, it has been shown that minute passages through the bone of the skull do occur and transmission of organisms along this route is a possibility. Furthermore, if organisms are introduced directly into the sub-arachnoid space, infection will only occur if a critical level is exceeded (103 organisms in dogs), suggesting that this route could frequently be invaded, but only when there is excessive infection does meningitis develop. An alter

Thalamus and hypothalamus

The hypothalamus is primarily involved in viscer-omotor, viscerosensory, and endocrine (oxytocin and vasopressin) functions. It directly modulates autonomic nervous system activity. It functions as one connection point for limbic structures (involved in emotional regulation) to control of the autonomic nervous system. The stria terminalis, an afferent white matter tract, connects the amygdaloid bodies to the hypothalamus. The hypothalamus then has direct efferent connections to brainstem nuclei, including the output nuclei for vagal control (nucleus ambiguus) and sympathetic neurons in the spinal cord. These connections make the hypothalamus a critical component in functional systems involved in rage and fear responses.

Introduction to Island Rivers

Samoa Rivers

The geology of the volcanic islands in the South Pacific generally consists of lava flows, pyroclastics, breccias and conglomerates, all weathered to varying degrees according to the age of the individual island concerned. Geomorphology is often dominated by volcanic mountains forming a central highland area, such as on Rarotonga in the Cook Islands, Viti Levu in Fiji, Ambrym in Vanuatu and Tahiti in French Polynesia. Orientation of the major drainage networks tends to be in a radial fashion outward from the central highlands. If the volcanoes are aligned in a chain, then the volcanic peaks form an elongated mountainous spine to the island. Examples include Savai'i in Samoa, Kadavu in Fiji, Santa Isabel in Solomon Islands and Pentecost in Vanuatu. On such islands, the orientation of the major river networks is controlled by the linear arrangement of the volcanic mountains. Within individual catchments, drainage patterns are typically dendritic because of the lack of geological or...

Order Galliformes Family Phasianidae

DESCRIPTION These specimens are distinguished as Fal-cipennis canadensis from Dendragapus obscurus primarily by the relatively smaller size of the former. The manubrium of the sternum also is distinct in these species. DMNH 8830 has a relatively longer and narrower ventral manubrial spine, with a smaller foramen passing through the base of this spine, as found in F. canadensis, rather than exhibiting the condition found in D. obscurus (manubrium shorter and broader with a larger foramen). These specimens represent the first fossil record of this species in Colorado and the earliest known in North America. F. canadensis occurs in coniferous forests in Canada, Alaska, and south to Montana with one record of a bird shot near Palmer Lake, Colorado, in 1896 (Bailey and Niedrach, 1965). The fossils reported here indicate that this species occurred more commonly in the southern Rocky Mountains during the Pleistocene.

Conventional neuroimaging methodologies

Content) of different body tissues to provide visualization of normal and abnormal neuroanatomy with increasingly high levels of resolution, typically of the order of 1 mm2 in plane. Different MR pulse sequences are optimized to image normal neuroanatomic details and atrophy (e.g. T1-weighting) versus visible pathology such as hyperintense microvascular and inflammatory lesions (e.g. T2-weighting, fluid-attenuated inversion recovery (FLAIR)). In addition to visual inspection for clinical abnormalities, semi-automated or manual analysis methods can be used to segment or classify structural MR images into the main brain tissue compartments (grey and white matter (GM and WM) and cerebrospinal fluid (CSF)), or to demarcate brain structures, regions of interest (ROI), or particular abnormalities (e.g. WM lesions). Volume and other tissue characteristics can then be quantitated and compared using imaging analysis and statistical software. For example, manual or semi-automated delineation of...

Glacial Erosion

When glaciers wear away rock it is called glacial erosion. The spine-tingling result is that as glaciers flow they shape the land into all kinds of different formations depending on what was there first. Table 7-1 lists the different landscape forms created by traveling glaciers.


Non-accidental trauma has unique biomechanical and pathological properties compared with other mechanisms of injury, which contributes to the particularly poor outcomes seen in many of these cases. In addition to the specific psychosocial complexities often present, these injuries are not uncommonly complicated by very young age at time of injury, repeated trauma, delay in treatment (resulting in hypoxic-ischemic injury), seizures, and concomitant injury to the cervical spine 9 .

New treatments

Hematopoietic stem cell treatment was the first effective treatment for several diseases (Hurler syndrome, and late-onset metachromatic and globoid cell leukodystrophy, adrenoleukodystrophy). It continues to be the only effective way to get enzyme into the brain. Enzyme replacement therapy is now an important way of treating somatic features of these diseases, but because these large molecules cannot cross the blood-brain barrier, ERT does not change cognitive function except indirectly. However, efforts are now under way to develop methods of directly infusing enzyme either into the spinal fluid or directly into the brain parenchyma. Here neuropsy-chological measurement is going to be crucial to monitor outcome. There are other new treatments as well, including substrate reduction, chaperone therapies, and anti-inflammatory antioxidant agents. Gene therapy trials are now beginning in a few diseases. In addition, combinations of these treatments are likely to be the future of...

Spina bifida

Have minor motor functioning difficulties whereas others may have major motor disabilities. One of the purposes of the programmatic work on SB 3 is to explain the sources and nature of this variability for both scientific and practical clinical purposes. Dennis et al. 12 propose a model of neurocognitive functioning in SB over the lifespan that identifies sources of variability in neurocognitive functioning as well as accounting for typical or modal neurocognitive profile. Specifically, Dennis et al. 12 suggest that the primary CNS insult varies with regard to impact at the neural level (neural phenotype i.e. spinal cord, cerebellum, brainstem, and callosal dysgenesis). This in turn may result in a secondary CNS insult as discussed above (e.g. including potential for hydrocepha-lus, callosal hypoplasia, thinning of the posterior cortex, and further insult potential if a shunt malfunction occurs). The model stipulates that the primary CNS insults lead directly to a set of core...


The rhombencephalon, or hindbrain, is composed of the medulla oblongata, the pons, and the cerebellum. Functionally, the hindbrain contains several structures involved in neural networks regulating autonomic nervous system (ANS) function and arousal. Cranial nerves regulating the ANS (vagus), and movements of the mouth, throat, neck, and shoulders (glossophar-yngeal, hypoglossal, trigeminal, spinal accessory) are found in the hindbrain. Additional structures include the reticular formation (basic autonomic functions, respiration), nucleus of the solitary tract (in actuality, this refers to several structures) and the nucleus ambi-guus. The nucleus ambiguus and the nucleus of the solitary tract are the primary interface junctions for the vagus nerve, which enervates the viscera. In thinking about the development of brain structures and functional systems relevant to emotional and cognitive behaviors, it may be helpful to consider phylogeny and lessons from comparative neuroscience.

Treatment factors

Thereby affecting cell growth and division, resulting in a very efficient way to treat many hematological and oncological malignancies. MTX is typically used in the treatment of ALL and NHL while 6-MP is typically used for the treatment of ALL, and Ara-C for ALL, AML, and NHL 7, 10, 15 . MTX is administered intrathecally (IT i.e. directly into the cerebrospinal fluid through the spinal canal) at doses based upon the age of the child, a strategy that was derived from CNS volume considerations in order to reduce neuro-toxicity associated with IT MTX treatment 16 . Children younger than 12 months of age are typically given 6 mg per dose, children who are between 12 and 23 months of age are typically given 8 mg per dose, children who are between 24 and 35 months of age are typically given 10 mg per dose, and children who are age 3 or older are typically given 12 mg per dose. This administration route bypasses the blood-brain barrier (BBB) and leads to direct CNS exposure. MTX is also...

Offshore devices

The first of these is called Salter's Duck after British designer Stephen Salter. The prototype appeared in the 1970s but the concept is still under development. The duck has a beak-shaped float, which is fixed by a hinge to a second anchored section. The beak moves in the waves relative to the anchored spine and this relative motion is used to extract energy.

Cerebral cortex

Brodmann Map

Among the very first markers of neural development, prenatally, is the appearance of the neural groove. The neural groove progresses to form the neural plate and then the neural tube. Progenitor cells along the various zones (ventricular, intermediate, and marginal in order of appearance) of the early developing nervous system develop into neurons and glial cells, forming the basic context of spinal and brain systems. The neural tube eventually forms into the central nervous system and it evolves from posterior to anterior with modifications to accommodate specialized brain regions along the rostral-caudal stream through a process called neurulation.

Corpus Spongiosum

Of their axons down to the erection-generating neurons in the lower spinal cord. There the PGN nerve endings release the neurotransmitter serotonin a chemical messenger that inhibits erections by opposing the effects of pro-erectile neurotransmitters. Many regions throughout the brain contribute to the male sexual response, ranging from centers in the hindbrain, which regulates basic body functions, to areas of the cerebral cortex, the organ of higher thought and intellect. The brain sites we have identified so far appear to be extensively interconnected. We now think the brain's control of sexual function works as a unified network, rather than as a chain of relay sites. In other words, the control of erection does not appear to be organized in a tightly linked chain of command centers but rather is distributed throughout multiple areas in the brain and spinal cord. Therefore, should injury or disease destroy one or more of these regions, the capacity for erections often remains...


The replication of the organism is not important, but toxin is produced that can have a profound effect out of all proportion to the initial infection. The exotoxin has a high affinity for nervous tissue and as little as 0.1 mg is sufficient to kill a person. Toxin is absorbed along the nerves, reaching the spinal cord where the generalized features of the disease are produced.


Precloacal Vertebra

(figure 11.5) a well-developed hypapophysis that is predominantly posteriorly angled (not distinctly directed ventrally) prezygapophysial accessory processes that are elongate spines and very well-developed osseous paralymphatic channels that are present in all specimens. Recognition of Natricinae solely on the basis of vertebral morphology is difficult because vertebral morphology in natricines appears to reflect a more generalized morphology shared with other colubroid lineages, notably the Elapidae. Qualitative vertebral characteristics are widely used in an effort to distinguish these lineages (e.g., Hoffstetter, 1939 Holman, 1979 Rage, 1984), but such characters are not demonstrated to be uniform with respect to individual, ontogenetic, intracolumnar, and intraspecific variation for a wide range of snake taxa (see also comments by Cadle, 1987, 1988 Kluge, 1993 Czaplewski et al., 1999a). Studies on the variability of similar characters applied to differentiate other snake taxa on...


Adrenoleukodystrophy (ALD) is a peroxisomal disease that is X-linked and maps to Xq28. Its approximate incidence is 1 in 17 900. Several phenotypes are known in ALD. The mildest phenotype is that of children and adults who have a biochemical defect only with Addison's disease. Addison's disease is adrenal insufficiency caused by pathology of the adrenal cortex. Many adults with Addison's disease are likely to progress to adrenomyeloneuropathy (AMN). This demyelinating disease affects long fiber tracts of the spinal cord and peripheral nerves only. The most devastating phenotype is the cerebral phenotype, which can occur at any time of life, but the vast majority of males who have cerebral symptoms have onset between the ages of 4 and 10. Cerebral disease occurs in 40 of cases of ALD. While family members may have the same genetic defect, phenotypic concordance is rare, with a range of phenotypes within a family 65 . Mutation analysis shows no correlation with phenotype or predicts...

Poliomyelitis Polio

Clinical features Infection commences with fever, general malaise and headache, the majority of cases resolving after these mild symptoms, but approximately 1 proceed to paralytic disease. The virus has a predilection for nerve cells, especially those with a motor function (the anterior horn cells of the spinal cord and the motor nuclei of the cranial nerves). These cells are destroyed and a flaccid paralysis results.


Said she had fallen from a trampoline. An appointment with a neurologist was scheduled, and she was sent home. On August 21, she was found semiconscious at home and was taken back to the hospital. Within an hour of arrival she went into respiratory arrest, and was transferred to another hospital with a diagnosis of respiratory distress syndrome and possible meningitis. Her condition rapidly deteriorated. She died later that day. On August 23, blood and spinal fluid cultures obtained on August 21, were positive for Y. pestis 37 .

Locus Coeruleus

Locus Coeruleus

ERECTION is orchestrated by the central nervous system. Erections are continuously inhibited by the sympathetic nervous system (blue). During REM sleep, however, when the sympathetic neurons in the locus coeruleus are turned off, erections occur spontaneously. The other brain structure that inhibits erections is the para-gigantocellular nucleus (PGN). Conversely, the parasympathet-ic nervous system (red) is excitatory. Tactile stimuli or stimuli processed in the cortex may be integrated in the paraven-tricular nucleus and the medial preoptic area (MPOA), triggering an erection. Some erections (called reflexive) occur entirely in the erection-generating center of the spinal cord, which runs from vertebra S3 to vertebra T12. SPINAL CORD SPINAL NERVES


DIAGNOSIS A single salamander vertebra (DMNH 44765) was recovered from the cave. The specimen is amphicoelous, with the centrum and most of the neural arch preserved. The diapophyses and parapophyses are broken distally, but there is some indication that they supported bicipital ribs. On the ventral side of the vertebra a single spinal nerve foramen pierces each side of the centrum immediately posterior to the transverse processes where they meet the centrum. Single intravertebral spinal nerve foramina appear in this position in the trunk vertebrae of Ambystomatidae, Plethodontidae, Salamandridae, and Sirenidae (Edwards, 1976). The larger size, reduced transverse processes, and distinct vertebral morphology of sirenids exclude them from further consideration. The amphicoelous condition of the Porcupine Cave fossil argues against assignment to the Salamandridae, a group in which the vertebrae are usually opisthocoelous (Estes, 1981). Discrete characters permitting separation of...

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