G syndrome
Galactokinase deficiency
Galactosamine-6-sulfatase deficiency
Galactose-1-phosphate uridyltransferase deficiency
Galloway Mowat Syndrome
Gamborg Nielsen syndrome
Game Friedman Paradice syndrome
Gamma aminobutyric acid transaminase deficiency
Gamma-cystathionase deficiency
Gamstorp episodic adynamy
Gangliosidosis (Type2)(GM2)
Gangliosidosis GM1 type 3
Gangliosidosis type1
GAPO syndrome
Garcia Torres Guarner syndrome
Gardner Morrisson Abbot syndrome
Gardner Silengo Wachtel syndrome
Gardner Syndrome
Gardner-Diamond syndrome
Garret Tripp syndrome
Gas/bloat syndrome
Gastric Dumping Syndrome
Gastric lymphoma
Gastritis, Chronic, Erosive
Gastritis, familial giant hypertrophic
Gastritis, Giant Hypertrophic
Gastrocutaneous syndrome
Gastroenteritis, Eosinophilic
Gastro-enteropancreatic neuroendocrine tumor
Gastroesophageal Reflux
Gastrointestinal autonomic nerve tumor
Gastrointestinal neoplasm
Gastrointestinal Stromal Tumors
Gaucher Disease
Gaucher disease type 1
Gaucher disease type 2
Gaucher disease type 3
Gaucher ichthyosis restrictive dermopathy
Gaucher-like disease
Gaucher's disease
Gay Feinmesser Cohen syndrome
Geen Sandford Davison syndrome
Gelatinous ascites
Geleophysic dwarfism
Gelineau disease
Gemignani syndrome
Gemss syndrome
Gen?-Wiedemann syndrome
Generalized malformations in neuronal migration
Generalized resistance to thyroid hormone
Generalized seizure
Generalized torsion dystonia
Genes syndrome
Genetic Diseases, Inborn
Genetic reflex epilepsy
Genetic susceptibility to infections caused by BCG
Genital anomaly cardiomyopathy
Genital dwarfism
Genital dwarfism, Turner type
Genito palatocardiac syndrome
Genu valgum, st. Helena familial
Genu varum
Geographic tongue
German syndrome
Germinal cell aplasia
Gerodermia osteodysplastica
Gershinibaruch Leibo syndrome
Gerstmann Syndrome
Gestational diabetes mellitus
Gestational pemphigoid
Gestational trophoblastic disease
Ghosal syndrome
Ghose Sachdev Kumar syndrome
Gianotti Crosti Syndrome
Giant axonal neuropathy
Giant cell arteritis
Giant Cell Myocarditis
Giant congenital nevi
Giant ganglionic hyperplasia
Giant hypertrophic gastritis
Giant mammary hamartoma
Giant papillary conjunctivitis
Giant pigmented hairy nevus
Giant platelet syndrome
Giedion syndrome
Gigantism advanced bone age hoarse cry
Gigantism partial, nevi, hemihypertrophy, macrocephaly
Gilbert Syndrome
Gilles de la Tourette's syndrome
Gingival fibromatosis dominant
Gingival fibromatosis facial dysmorphism
Gingival fibrosis
Girate atrophy of choroid and retina
Gitelman syndrome
Glanzmann Thrombasthenia
Glass Chapman Hockley syndrome
Glaucoma ecopia microspherophakia stiff joints short stature
Glaucoma iridogoniodysgenesia
Glaucoma sleep apnea
Glaucoma type 1C
Glaucoma, congenital
Glaucoma, hereditary
Glaucoma, hereditary adult type 1A
Glaucoma, hereditary juvenile type 1B
Glaucoma, primary infantile type 3A
Glaucoma, primary infantile type 3B
Glioblastoma Multiforme
Gliomatosis cerebri
Globel disaccharide intolerance
Glomerulonephritis sparse hair telangiectases
Gloomy face syndrome
Glossopalatine ankylosis micrognathia ear anomalies
Glossopharyngeal neuralgia
Glucocorticoid deficiency, familial
Glucocorticoid resistance
Glucocorticoid sensitive hypertension
Glucose 6 phosphate dehydrogenase deficiency
Glucose Galactose Malabsorption
Glucose-6-Phosphate Dehydrogenase Deficiency
Glucose-6-phosphate translocase deficiency
Glucose-galactose malabsorption
Glucosephosphate isomerase deficiency
Glucosidase acid-1,4-alpha deficiency
Glut2 deficiency
Glutamate decarboxylase deficiency
Glutamate-aspartate transport defect
Glutaricaciduria I
Glutaricaciduria II
Glutaryl-CoA dehydrogenase deficiency
Glyceraldehyde-3-phosphate dehydrogenase deficiency
Glycine synthase deficiency
Glycogen storage disease
Glycogen storage disease type 1B
Glycogen storage disease type 1C
Glycogen storage disease type 1D
Glycogen storage disease type 6, due to phosphorylation
Glycogen storage disease type 7
Glycogen storage disease type 9
Glycogen storage disease type II
Glycogen Storage Disease Type V
Glycogen storage disease type VI
Glycogen storage disease type VII
Glycogen Storage Disease VIII
Glycogenosis type II
Glycogenosis type III
Glycogenosis type IV
Glycogenosis type V
Glycogenosis type VI
Glycogenosis type VII
Glycogenosis type VIII
Glycogenosis, type 0
GM2 gangliosidosis, 0 variant
GM2-gangliosidosis, B, B1, AB variant
Gms syndrome
Goldberg Bull syndrome
Goldberg syndrome
Goldblatt Viljoen syndrome
Goldblatt Wallis syndrome
Goldblatt Wallis Zieff syndrome
Goldenhar Syndrome (Oculo Auriculo Vertebral Spectrum)
Goldskag Cooks Hertz syndrome
Goldstein Hutt syndrome
Gollop Coates syndrome
Gollop syndrome
Goltz syndrome
Gombo syndrome
Gomez and L?ez-Hern?dez syndrome
Gonadal dysgenesis
Gonadal dysgenesis mixed
Gonadal dysgenesis Turner type
Gonadal dysgenesis XY type associated anomalies
Gonadal dysgenesis, XX type
Gonadal dysgenesis, XY female type
Goniodysgenesis mental retardation short stature
Gonococcal conjunctivitis
Gonzales Del Angel syndrome
Goodman camptodactyly
Goodman Syndrome
Goodpasture pneumorenal syndrome
Goodpasture Syndrome
Gordon hyperkaliemia-hypertension syndrome
Gordon Syndrome
Gorham's Disease
Gorham-Stout disease
Gorlin Bushkell Jensen syndrome
Gorlin Chaudhry Moss Syndrome
Gottron Syndrome
Gougerot-Sjogren syndrome
Gouty nephropathy, familial
Graft versus Host Disease
Graham Boyle Troxell syndrome
Grand Kaine Fulling syndrome
Grant syndrome
Granuloma Annulare
Granulomas, congenital cerebral
Granulomatosis, Lymphomatoid
Granulomatous allergic angiitis
Granulomatous Disease, Chronic
Granulomatous hypophysitis
Granulomatous rosacea
Graphite Pneumoconiosis
Graves' Disease
Gray platelet syndrome
Great vessels transposition
Greenberg dysplasia
Greig Cephalopolysyndactyly Syndrome
Griscelli disease
Grix Blankenship Peterson syndrome
Groll Hirschowitz syndrome
Grosse syndrome
Grover's Disease
Growth deficiency brachydactyly unusual facies
Growth Delay, Constitutional
Growth Hormone Deficiency
Growth mental deficiency syndrome of Myhre
Growth retardation alopecia pseudoanodontia optic
Growth retardation hydrocephaly lung hypoplasia
Growth retardation mental retardation phalangeal hypoplasia
Grubben Decock Borghgraef syndrome
GTP cyclohydrolase deficiency
Guanidinoacetate methyltransferase deficiency
Gu?in-Stern syndrome
Guibaud Vainsel syndrome
Guillain Barre Syndrome
Guizar Vasquez Luengas syndrome
Guizar Vasquez Sanchez Manzano syndrome
Gunal Seber Basaran syndrome
Gupta Patton syndrome
Gurrieri Sammito Bellussi syndrome
Gusher syndrome
Gyrate atrophy
Gyrate atrophy of the retina



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Can your mind help your body keep your New Year's resolutions? Mounting evidence says, *Yes.*

The evolving field of psycho-neuroimmunology, or the study of the mind-body connection - often considered fringe beliefs - could help you keep your resolutions. This intriguing subject of scientific inquiry is still shrouded in mystery.

Just as an experiment, put aside your skepticism, pretend that these ideas could be explained by science, and consider how you could harness their power to promote your health.

Placebo Effect

When new medications are tested, one group gets the new medication and another group gets the *sugar pill* or placebo. Why do this? Study after study shows that if you think you're taking real medicine, your body will respond as if it actually did get the active ingredient, even if it's a sugar pill. Somehow the belief in the power of the medicine creates the desired outcome of lowered blood pressure or heart rate or weight loss in about a third of people. Is this science? Yes. Is this mind-body medicine? Yes.

Let your beliefs help your body achieve your desired goals. If regular exercise is your goal, tell yourself, *I'm invigorated by my daily 20 minute walk.* The placebo effect suggests that your belief that you have more energy with regular exercise makes it so.

Nocebo Effect

In November 1998, a teacher noticed a *gasoline-like* smell in her classroom, and soon thereafter she had a headache, nausea and dizziness. Given the concern about a toxic environmental substance, the school was evacuated and closed for 5 days. Almost 200 students and teachers were seen in the ER for similar symptoms. But no environmental cause was ever identified. One explanation is that the belief that a toxic exposure occurred led to the symptoms, or the nocebo effect. This is the flip side of the placebo effect.

I reflected on this study as I was waiting with my son for his turn in the dental chair. He repeated, *It's going to hurt; it's going to hurt.* I suggested to him that he might be better served by saying, *It's going to be fine; it's going to be fine.*

Has the nocebo effect undermined your New Year's resolutions in the past? Barry saw this in action last March as he told himself,*I hate to exercise.* He made a commitment to daily walks in January and talked himself out of them before the winter snow melted.

Harness the power of the placebo effect and minimize the nocebo effect this year, even if your resolution is something challenging like smoking cessation. In years past you might have told yourself, *This never works. I'll never be a non-smoker.* Consider replacing that thought with, *In the past it didn't work. Now I keep my promises.*


It's the study of humor and its effects on the human body. Researchers are asking the question, *Is laughter good medicine?* You know from your own experience that laughter breaks stress and tension. Evidence suggests that laughter enhances the function of your immune system and stimulates pleasure centers in the brain.

You always have the choice about whether to laugh or cry. Ann remembered that as she completed an interview for the job of her dreams. She bought a new suit that made her feel like she already had the job. It wasn't until she left the group interview that she discovered the toilet paper stuck in the waist of her skirt streaming behind her like a tail. After an initial rush of embarrassment she laughed.


We are a deeply religious nation, and many of my patients use prayer as a source of strength and comfort. Can prayer promote healing? Growing evidence from well-respected clinical studies suggests it can, although not enough evidence for the medical community to conclude that prayer is good for health.

What kind of evidence would you need to use prayer as part of your health regimen? Interestingly, you would consider the same factors whether you're re-considering Vioxx or Naproxen (recently found to cause heart problems) or Aryuvedic remedies (recently found to be associated with toxic levels of heavy metals). What are the desired benefits, and what are the risks?

What harm could prayer do? We doctors get concerned when patients forgo conventional therapy that has proven benefit for therapies like prayer or shark cartilage that do not have proven value. Consider using mind-body therapies such as prayer together with proven medical treatment. Now, shark cartilage is another matter - and simply not proven at all.

Gratitude and giving

Some interesting, if preliminary, studies suggest that the expression of gratitude and the act of giving increase brain serotonin levels, the same chemical change antidepressant medication helps. That might support your own experience of feeling better as you reach out to the tsunami victims or express gratitude for the health and safety of those you love and the extraordinary richness of your life.

You have the power to carry out your New Year's resolutions, whether it's achieving greater physical, financial or spiritual health. Who knows-maybe one day with greater understanding of the mind-body connection, you doctor may prescribe the power of your mind to help you get there.

About The Author

Vicki Rackner, MD, president of Medical Bridges, is a board- certified surgeon who left the operating room to help employees become active participants in their health care. She is a consultant, speaker and author of the *Personal Health Journal*, author/editor of *Chicken Soup for the Healthy Heart Soul* and author of the lead story for *Chicken Soup for the Breast Cancer Soul.* Dr. Rackner can be reached at or (425) 451-3777.

Copyright Vicki Rackner, MD -


Guillain-Barré syndrome

The pathologic hallmark of the disease is loss of myelin in peripheral nerves due to an acute and progressive inflammation of unknown cause. It is suggested that it is an autoimmune disease, in which the sufferer's immune system is triggered into damaging the nerve covering. There is some support for this in that half of all cases occur soon after a microbial infection or respiratory or gastrointestinal viral infection. Many cases developed in people who received the 1976 swine flu vaccine.

Peripheral nerves originate in the spinal cord and proceed to their target tissues (mainly muscle, skin and all internal organs). Their most proximal parts emerging from the spinal cord are called nerve roots and the inflammation in most (but not all) typical Guillain-Barré syndrome cases starts in these roots. Therefore, this condition is also referred to as acute polyradiculoneuritis.

Recent studies on the disease have demonstrated that approximately 80% of the patients have myelin loss, whereas, in the remaining 20%, the pathologic hallmark of the disease is indeed axon loss. The cases indicating the demyelinating form (AIDP) are called "acute motor and sensory axonal neuropathy" (AMSAN); the cases showing only motor symptoms (diffuse weakness) are called "acute motor axonal neuropathy" (AMAN). In a different and infrequent variant called Miller Fisher syndrome, patients develop ataxia, loss of tendon reflexes, and difficulty moving eye muscles but not weakness or sensory loss. All variants of Guillain-Barré syndrome are now supposed to be an autoimmune disease caused by antibodies against a variety of gangliosides found in abundant amounts in the peripheral nerve tissue.