The purpose of an ELISA is to determine if a particular protein is present in a sample and if so, how much. There are two main variations on this method: you can determine how much antibody is in a sample, or you can determine how much protein is bound by an antibody. The distinction is whether you are trying to quantify an antibody or some other protein. In this example, we will use an ELISA to determine how much of a particular antibody is present in an individuals blood.

ELISAs are performed in 96-well plates which permits high throughput results. The bottom of each well is coated with a protein to which will bind the antibody you want to measure. Whole blood is allowed to clot and the cells are centrifuged out to obtain the clear serum with antibodies (called primary antibodies). The serum is incubated in a well, and each well contains a different serum (see figure below). A positive control serum and a negative control serum would be included among the 96 samples being tested.

Thailand is the global leader for sex change operations.

Thai traditional massage is world renowned to the point of being a global brand

Brain Concussion in Sports

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An animated video showing an MRI of the brain

Ulcerative Colitis is a painful disease that affects over 100,000 Canadians.

ECG

Video of the technique and early outcomes of Robotic Assisted Microsurgical Vasectomy Reversal at University of Florida and Shands, Gainesville, Fl, by Dr. Sijo Parekattil.

The term subclavian steal describes retrograde blood flow in the vertebral artery associated with proximal ipsilateral subclavian artery stenosis or occlusion, usually in the setting of subclavian artery occlusion or stenosis proximal to the origin of the vertebral artery. Alternatively, innominate artery disease has also been associated with retrograde flow in the ipsilateral vertebral artery, particularly where the subclavian artery origin is involved. Subclavian steal is frequently asymptomatic and may be discovered incidentally on ultrasound or angiographic examination for other indications, or it may be prompted by a clinical examination finding of reduced unilateral upper limb pulse or blood pressure. In some cases, patients may develop upper limb ischemic symptoms due to reduced arterial flow in the setting of subclavian artery occlusion, or they may develop neurologic symptoms due to posterior circulation ischemia associated with exercise of the ipsilateral arm.[1] Treatment has traditionally consisted of open subclavian artery revascularization, typically via carotid-subclavian bypass or subclavian artery transposition, which are generally durable procedures. Newer, less invasive options include endovascular intervention with recanalization as appropriate and angioplasty and stenting if required. The clinical relevance of subclavian steal was described in 1961 by Reivich, Holling and Roberts; however, the recognition of retrograde vertebral artery flow dates back another 100 years to Harrison and Smyth. Some papers, including a previous version of this article, advocate restricting the term subclavian steal to patients with neurologic symptoms only, but this is incorrect in view of the substantial literature using this term to describe the hemodynamic scenario of retrograde vertebral flow and proximal subclavian artery disease.

Excision of Pilonidal Cyst. Open method.

An intracranial hematoma occurs when a blood vessel ruptures within your brain or between your skull and your brain. The collection of blood (hematoma) compresses your brain tissue. An intracranial hematoma may occur because the fluid that surrounds your brain can't absorb the force of a sudden blow or a quick stop. Then your brain may slide forcefully against the inner wall of your skull and become bruised. Although some head injuries — such as one that causes only a brief lapse of consciousness (concussion) — can be minor, an intracranial hematoma is potentially life-threatening and often requires immediate treatment. An intracranial hematoma often, but not always, requires surgery to remove the blood.

This is the incredible moment a new-born baby arrived still inside its amniotic sac, completely intact. The tiny infant can be seen moving and stretching still inside the sac, as medics prepare to snip the new born free. The amniotic sac is a thin but durable membrane filled with fluid which helps keep a baby warm and safe from bumps during pregnancy. When it breaks, this is typically referred to as a woman's 'waters breaking' shortly before she gives birth. But in rare cases, less than 1-in-80,000 births, the baby is delivered with the membranes still intact and this is known as a 'caul birth'. Some babies are born with part of the membrane still attached to them, but to be born completely encased in the intact membrane is incredibly rare. Many people still believe the phenomenon to be a good omen for the child's infancy and it is has even been suggested, but not proven, that caul babies will always have a natural affinity for water. The video was taken in Spain on Saturday and captures the rare moment the baby was born with the membrane covering its entire body, just minutes after its twin was delivered normally.

Dr. Salvador pioneered the development of new liposuction techniques. In 2005, he developed Smartlipo Ultra to provide a safer and more effective treatment for removal of unwanted fat. Smartlipo Ultra was the first liposuction treatment to combine ultrasound for fat removal with laser technology to tighten skin.Dr. Salvador now focuses his cosmetic practice exclusively on SafeSculpt Laser Liposuction. He is recognized internationally as an expert on minimally invasive liposuction and tumescent anesthesia.

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• Define and use related medical terminology.
• Describe and demonstrate techniques for imaging the thyroid gland.
• Discuss functional abnormalities of the thyroid gland.
• Correlate laboratory data relevant to the thyroid and parathyroid glands.
• Describe, and recognize on images, pathologies of the thyroid gland.
• Identify the anatomy of the parathyroid glands on diagrams and sonograms.
• Describe and demonstrate techniques for imaging the parathyroid glands.
• Describe, and recognize on images, pathologies of the parathyroid glands.
• List and describe other neck masses.
• Follow relevant protocols when scanning.
• Differentiate the sonographic appearances of the female reproductive organs in relation to the menstrual cycle, the use of contraceptives and hormone replacement, and following chemotherapy.
• Explain the Patient Privacy Rule (HIPAA) and Patient Safety Act (see reference).

Identify the anatomy and explain the physiology of the breast on diagrams and sonograms.

Describe and demonstrate the protocol for sonographic scanning of the breast, including the clock and quadrant methods, and targeted examinations based on mammographic findings.

Describe the various diagnostic pathways that may lead to a sonographic breast examination, and explain how the ultrasound findings are correlated with other imaging modalities.

Identify and describe sonographic images of benign and malignant features and common breast pathologies.

Explain biopsy techniques for breast tumors.

Define and use related medical terminology.

Explain the Patient Privacy Rule (HIPAA) and Patient Safety Act (see reference

Identify the anatomy and explain the physiology of the scrotum on diagrams and sonograms.

Describe and demonstrate the protocol for sonographic scanning of the scrotum.

Identify and describe sonographic images of congenital abnormalities of the scrotum.

Identify and describe sonographic images of pathologies of the scrotum.

Identify and describe sonographic images of extratesticular disease processes.

Identify the anatomy and explain the physiology of the prostate on diagrams and sonograms.

Describe and demonstrate the protocol for transabdominal and endorectal sonographic scanning of the prostate.

Identify and describe sonographic images of benign and malignant pathologies of the prostate, including benign hyperplasia, prostatitis, carcinoma, and calculi.

Explain the technique for prostate biopsy.

Define the criteria for an ultrasound appearance of prostate tumor staging.

Explain the technique for radiation seed implantation.

Explain the Patient Privacy Rule (HIPAA) and Patient Safety Act (see reference).

Dr Allen’s device provides a new kidney stones treatment that tackles the cause of kidney stone formation which is hidden at the capillary level, read at http://www.finetreatment.co.uk. The unique natural Thermobalancing Therapy does not use harmful medication or shock waves and, of course, surgery. Learn by watching this video about kidney stones cause and how to dissolve kidney stone or kidney stones at home by using Dr Allen’s natural therapeutic device.