You can raise your IQ and grow more brain cells

Master Your Brain

Neuroscientists get the sweet spot with the brain where happiness, joy, and even ecstasy is triggered as well as other powerful keys that turn your brain in to an increadable genius-producing dynamo. What have neuroscientists discovered while using the latest brain scanning technology? The brain has plasticity. It could change its very structure. Your IQ is just not set in stone. You'll be able to become smarter. It is possible to enhance your brain through mental and physical exercise. How exercising increases powerful brain hormones. Newly discovered techniques that change the way you think and feel, leading to a more successful and happier life. The very best ways to combat stress, one of the worst culprits in decrease of your brain's efficiency. Your brain can grow new cells, an idea previously thought impossible. Continue reading...

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Roles of Mast Cells in Autoimmune Inflammation

You Can Grow Your Intelligence

Autoimmune diseases comprise a group of diverse disorders 42 . Although they differ in effector mechanisms and site of tissue damage, they are all characterized by immune reactivity to self-antigens. The ensuing inflammation leads to destruction of specific cells or tissues. Clonally expanded populations of self-reactive B or T lymphocytes may initiate some of the inflammatory events, but other immune cells also are essential for the full manifestation of disease. It is not surprising, given...

Tissue Metabolism Influences Blood Flow

Normal Oxygen Flow Rate

In all organs, an increase in metabolic rate is associated with increased blood flow and extraction of oxygen to meet the metabolic needs of the tissues. In addition, a reduction in oxygen within the blood is associated with dilation of the arterioles and increased blood flow, assuming neural reflexes to hypoxia are not activated. The local regulation of the microvasculature in response to the metabolic needs of tissues involves many different types of cellular mechanisms, one of which is...

Bone Scan Of Ankl

Fracture Calcaneus Anterior Process Mri

Common fractures occurring after ankle sprain include avulsion fractures, lateral talar dome fractures, anterior calcaneal process fractures, or fractures Fig. 2. Sagittal A and coronal B images demonstrate an osteochondral lesion of the lateral talar dome with bone exposed grade 3 . Fig. 2. Sagittal A and coronal B images demonstrate an osteochondral lesion of the lateral talar dome with bone exposed grade 3 . at the base of the fifth metatarsal 1 . Many of these may be radiographically occult...

Brain Motor Centers and the Descending Pathways They Control

The location of the neurons in the motor cortex varies in general with the part of the body the neurons serve. II. Different areas of sensorimotor cortex have different functions, but there is much overlap in activity. III. The basal ganglia form a link in a circuit that originates in and returns to sensorimotor cortex. These subcortical nuclei facilitate some motor behaviors and inhibit others. IV. The cerebellum coordinates posture and movement and plays a role in motor learning. V. The...

Testosterone Shbg And Obesity

Correlations Between Sex Hormone-Binding Globulin and Measures of Adiposity in Men Relation Between Sex Hormone-Binding Globulin and Author No. of Men Body Mass Index Waist-to-Hip Ratio Correlations Between Sex Hormone-Binding Globulin and Measures of Adiposity in Men Relation Between Sex Hormone-Binding Globulin and Author No. of Men Body Mass Index Waist-to-Hip Ratio determine whether visceral fat is more closely linked to low testosterone than is total body fat, but results have been...

Male sexual function is controlled by hormones


Spermatogenesis and maintenance of male secondary sexual characteristics depend on testosterone, which is produced by the Leydig cells of the testes. As we saw in Chapter 42, increased production of testosterone at puberty is due to an increased release of gonadotropin-releasing hormone GnRH by the hypothalamus, which stimulates cells in the anterior pituitary to increase their secretion of luteinizing hormone LH and follicle-stimulating hormone FSH Figure 43.10 . Higher levels of LH stimulate...

Female sex organs produce eggs receive sperm and nurture the embryo

Vagina Sperm

When a mammalian egg matures, it is released from the ovary directly into the body cavity. But the egg does not go far. Each ovary is enveloped by the undulating, fringed opening of an oviduct also known as a Fallopian tube , which sweeps the egg into that tube Figure 43.11 . Fertilization takes place in the oviduct. Whether or not the egg is fertilized, cilia lining the oviduct propel it slowly toward the uterus, a muscular, thick-walled cavity shaped in humans like an upside-down pear. The...

Optic Cup and Lens Vesicle

Day Embryo Optic Cup

The developing eye appears in the 22-day embryo as a pair of shallow grooves on the sides of the forebrain Fig. 17.1 . With closure of the neural tube, these grooves form outpocketings of the forebrain, the optic vesicles. These vesicles subsequently come in contact with the surface ectoderm and induce changes in the ectoderm necessary for lens formation Fig. 17.1 . Shortly thereafter the optic vesicle begins to invaginate and forms the double-walled optic cup Figs. 17.1 and 17.2 A . The inner...


Acridiniumester Abbott

Figure 5.8 Abbott Laboratories Prism and Architect chemiluminescence-based analyzers. Courtesy of Abbott Laboratories. figure 5.9 Prism two-step antigen sandwich assay format. figure 5.9 Prism two-step antigen sandwich assay format. figure 5.10 Prism two-step antibody sandwich assay format. figure 5.10 Prism two-step antibody sandwich assay format. controls at a time. The analyzer then automatically loads a reaction tray onto the appropriate channel, pipettes the sample, and proceeds with the...

Medulla Oblongata and Pons

Medulla And Pons Respiratory Centers

A loose aggregation of neurons in the reticular formation of the medulla oblongata forms the rhythmicity center that controls automatic breathing. The rhythmicity center consists of interacting pools of neurons that fire either during inspiration inspira-tory, or I, neurons or expiration expiratory, or E, neurons . The I neurons project to and stimulate spinal motoneurons that innervate the respiratory muscles. Expiration is a passive process that occurs when the I neurons are inhibited,...

Higher Level Of Venous Return Increased Antidiuretic Hormone

Adh Kidney Function Thirst

In the kidney ADH increases permeability of collecting duct cells and distal tubule cells to H2O In the kidney ADH increases permeability of collecting duct cells and distal tubule cells to H2O 51.14 Antidiuretic Hormone Increases Blood Pressure and Promotes Water Resorption ADH is produced by neurons in the hypothalamus and released from their axons in the posterior pituitary. The release of ADH is stimulated by hypothalamic osmoreceptors and inhibited by stretch receptors in the great...

Inspiration and Expiration

Human Expiration

Between the bony portions of the rib cage are two layers of intercostal muscles the external intercostal muscles and the internal intercostal muscles fig. 16.14 . Between the costal cartilages, however, there is only one muscle layer, and its fibers are oriented in a manner similar to those of the internal inter-costals. These muscles are therefore called the interchondral part of the internal intercostals. Another name for them is the parasternal intercostals. An unforced, or quiet,...

Descending Pathways

Spinal Cord Crossed Pathways

The influence exerted by the various brain regions on posture and movement is via descending pathways to the motor neurons and the interneurons that affect these neurons. The pathways are of two types the corticospinal pathways, which, as their name implies, originate in the cerebral cortex and a second group we shall call the brainstem pathways, which originate in the brainstem. Fibers from both types of descending pathways end at synapses on alpha and gamma motor neurons or on interneurons...


The major sterol found in mammals is the C27 compound cholesterol, which acts as a precursor for other steroid structures such as sex hormones and corticosteroids. The main sterols in plants, fungi, and algae are characterized by extra one-carbon or two-carbon substituents on the side-chain, attached at C-24. These substituent carbons are numbered 241 and 242 Figure 5.77 some older publications may use 28 and 29. The widespread plant sterols campesterol and sitosterol Figure 5.100 are...

Patient Positioning and Operating Room Setup

Lithotomy Surgical Team Position

A well-defined operative setup and plan can smooth the progress of a laparoscopic colon resection. By developing a routine approach to patient positioning and instrumentation, anesthetic times can be reduced and the efficiency of the operative team improved. For nearly all cases, an electric table is recommended if available. During the procedure, the patient is likely to be in steep 20' head-down tilt Trendelenburg position. The patient will then be rotated side to side during cannula...

Sinus Tarsi

Sinus Tarsi Syndrom

The sinus tarsi is a cone-shaped area bounded by the talus superiorly and the calcaneus inferiorly, located at the anterolateral aspect of the subtalar joint. Within the sinus tarsi are the interosseous talocalcaneal ligament Fig. 39 the cervical ligament Fig. 40 nerve branches from the deep peroneal nerve 86 arterial branches arising from the anterior lateral malleolar artery and the lateral tarsal artery 87 a venous plexus and the medial, intermediate, and lateral roots of the inferior...

Chemical Classification of Hormones

Chemical Classes Hormones

Hormones secreted by different endocrine glands vary widely in chemical structure. All hormones, however, can be divided into a few chemical classes. 1. Amines. These are hormones derived from the amino acids tyrosine and tryptophan. They include the hormones secreted by the adrenal medulla, thyroid, and pineal glands. 2. Polypeptides and proteins. Polypeptide hormones generally contain less than 100 amino acids an example is antidiuretic hormone table 11.2 . Protein hormones are polypeptides...

Control of the Autonomic Nervous System by Higher Brain Centers


Visceral functions are largely regulated by autonomic reflexes. In most autonomic reflexes, sensory input is transmitted to brain centers that integrate this information and respond by modifying the activity of preganglionic autonomic neurons. The neural centers that directly control the activity of autonomic nerves are influenced by higher brain areas, as well as by sensory input. The medulla oblongata of the brain stem is the area that most directly controls the activity of the autonomic...

Cerebral Dominance and Language

Perisylvian Area

The two cerebral hemispheres appear to be nearly symmetrical, but each has anatomical, chemical, and functional specializations. We have already mentioned that the left hemisphere deals with the somatosensory Chapter 9 and motor Chapter 12 functions of the right side of the body, and vice versa. In addition, in 90 percent of the population the left hemisphere is specialized to produce language the conceptualization of what one wants to say or write, the neural control of the act of speaking or...

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