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Amniotomy is the official term for artificially breaking the bag of waters during labor. It is believed that breaking the bag of waters will help to speed up an otherwise slow labor. Amniotomy is part of the Active Management of Labor practiced in some hospitals. Amniotomy is performed by a midwife or doctor. A long, thin instrument with a hook on the end is inserted into the vagina and through the cervix so it can catch and rip the bag of waters. To perform an amniotomy, the cervix must be dilated enough to allow the instrument through the cervix, generally at least a two. Why choose Amniotomy? Unlike other medical methods of starting labor, amniotomy does not add synthetic hormones to your labor. Instead it seems to stimulate your body’s own labor process. Amniotomy allows the use of an internal electronic fetal monitor. How effective is Amniotomy? Amniotomy alone is unpredictable, it may take hours for labor to start with amniotomy. Because amniotomy increases the risk for infection, most caregivers use amniotomy in combination with synthetic oxytocin. Birth does happen faster when amniotomy is combined with synthetic oxytocin than when amniotomy is used alone. Risks of Amniotomy Risks for Mother Increases the risk for infection. This risk is increased with length of time the waters are broken and with vaginal exams. Because of the infection risk, a time limit is given by which the mother must give birth. As the time limit approaches attempts to progress labor will become more aggressive. The fore waters equalize pressure on the cervix so it will open uniformly. When they are broken, the mother increases her chances of having uneven dilation. Risks for Baby Increases the risk of umbilical cord compression. The fore waters equalize pressure on the baby’s head as it presses against the cervix. When they are broken, the pressure on the baby’s head may be uneven causing swelling in some parts.
Most of the time when someone with cancer is told they have cancer in the bones, the doctor is talking about a cancer that has spread to the bones from somewhere else. This is called metastatic cancer. It can be seen in many different types of advanced cancer, like breast cancer, prostate cancer, and lung cancer. When these cancers in the bone are looked at under a microscope, they look like the tissue they came from. For example, if someone has lung cancer that has spread to bone, the cells of the cancer in the bone still look and act like lung cancer cells. They do not look or act like bone cancer cells, even though they are in the bones. Since these cancer cells still act like lung cancer cells, they still need to be treated with drugs that are used for lung cancer. For more information about metastatic bone cancer, please see our document called Bone Metastasis, as well as the document on the specific place the cancer started (Breast Cancer, Lung Cancer, Prostate Cancer, etc.). Other kinds of cancers that are sometimes called “bone cancers” start in the blood forming cells of the bone marrow − not in the bone itself. The most common cancer that starts in the bone marrow and causes bone tumors is called multiple myeloma. Another cancer that starts in the bone marrow is leukemia, but it is generally considered a blood cancer rather than a bone cancer. Sometimes lymphomas, which more often start in lymph nodes, can start in bone marrow. Multiple myeloma, lymphoma, and leukemia are not discussed in this document. For more information on these cancers, refer to the individual document for each. A primary bone tumor starts in the bone itself. True (or primary) bone cancers are called sarcomas. Sarcomas are cancers that start in bone, muscle, fibrous tissue, blood vessels, fat tissue, as well as some other tissues. They can develop anywhere in the body. There are several different types of bone tumors. Their names are based on the area of bone or surrounding tissue that is affected and the kind of cells forming the tumor. Some primary bone tumors are benign (not cancerous), and others are malignant (cancerous). Most bone cancers are sarcomas.
Multiple sclerosis (MS) affects the brain and spinal cord. Early MS symptoms include weakness, tingling, numbness, and blurred vision. Other signs are muscle stiffness, thinking problems, and urinary problems. Treatment can relieve MS symptoms and delay disease progression.
The exact cause of schizophrenia isn't known, but genetics, environment, and imbalanced brain chemicals may play a role. Schizophrenia is characterized by abnormal social behavior. In severe cases, patients may see or hear things that aren't real. Treatment is usually lifelong and often involves a combination of medications and psychological and social therapy.
This video will cover, in detail, the motor, sensory, reflect components of a neurological examination.
This video is created for the UBC Medicine Neurology Clinical Skills curriculum as part of MEDD 419 FLEX projects.
Filmed, written, and directed by:
John Liu
Vincent Soh
Chris Calvin
Kashi (Siyoung) Lee
Kero (Yue) Yuen
Ge Shi
Doctor - Dr. Jason Valerio (Department of Neurology, UBC)
Supervised by:
Dr. Alex Henri-Bhargava (Department of Neurology, UBC)
Zac Rothman (UBC FOM Digital Solutions: Ed Tech)
Edited by:
Stephen Gillis
Produced by UBC FOM Digital Solutions EdTech team facilitates innovation by UBC Medicine learners and faculty.
Website: https://education.med.ubc.ca/
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UBCMLN Podcast Network: https://tinyurl.com/ubcmedicinelearningnetwork
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With respect the Lekwungen peoples on whose traditional territory the Island Medical Program and the University of Victoria stand and the Songhees, Esquimalt and WSÁNEĆ peoples whose historical relationships with the land continue to this day.
We acknowledge our traditional hosts and honour their welcome and graciousness to the students who seek knowledge here.
© UBC Faculty of Medicine
All rights reserved. Reproduction and distribution of this presentation without written permission from UBC Faculty of Medicine is strictly prohibited.
There are four major blood groups determined by the presence or absence of two antigens – A and B – on the surface of red blood cells: Group A – has only the A antigen on red cells (and B antibody in the plasma) Group B – has only the B antigen on red cells (and A antibody in the plasma) Group AB – has both A and B antigens on red cells (but neither A nor B antibody in the plasma) Group O – has neither A nor B antigens on red cells (but both A and B antibody are in the plasma)
Knee pain can happen at any age, but some doctors say they're seeing more people with osteoarthritis who are still young and active.
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Paronychias are most often caused by common skin bacteria (most commonly staphylococci bacteria) entering the skin around the nail that has been damaged by trauma, such as nail biting, finger sucking, dishwashing, or chemical irritants. Fungal infection also can be a cause of paronychia formation and should be considered especially in people with recurrent infection. Paronychia should not be confused with herpetic whitlow, which can form tiny pustules on the finger and is caused by a virus but is not typically located at the nail edge. Herpetic whitlow is not treated with an incision and drainage and therefore needs to be distinguished from a paronychia.
Get the best medical animation videos made at https://www.b2w.tv/healthcare-video-production
Check out more animated healthcare videos from out blog here https://www.b2w.tv/blog/health....care-marketing-video
Medical device manufacturers need to find new and innovative ways to explain their products to potential buyers.
It can be difficult for potential buyers to understand how a medical device works, and even more difficult to visualize how it would be used in a clinical setting.
Medical animation videos are the perfect way to showcase your medical devices.
They are engaging, easy to understand, and help potential buyers see how your product would fit into their workflow.
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8. Pharming Healthcare 0:09
7. ThermoFisher Scientific 2:46
6. Fibrogen 5:49
5. OrthAlign 9:29
4. Edwards LifeSciences 11:34
3. Edwards LifeSciences 12:51
2. Edwards LifeSciences 13:43
1. Edwards LifeSciences 18:14
Check out more Healthcare Videos we have made for our clients:
1. Healthcare Explainer Video for WelbeHealth: https://on.b2w.tv/3OFRaWo
2. Healthcare Product Explainer Video for Edwards Lifesciences: https://on.b2w.tv/3OSdMDb
3. Healthcare Commercial Video for Coopervision: https://on.b2w.tv/45muvpf
4. Healthcare Marketing Video for OrthAlign: https://on.b2w.tv/3P8KBgD
5. Healthcare Video Marketing with The Video-First Approach: https://on.b2w.tv/3LiNDfW
6. 12 Best Brand Archetypes for Healthcare Videos: https://on.b2w.tv/3EIQ0Vu
Want to learn more about Healthcare Videos? Check out our blogs:
1. 10 Best Healthcare Marketing Videos: https://on.b2w.tv/47LxhpJ
2. 5 Animated Healthcare Commercial Videos: https://on.b2w.tv/47IgpAd
3. 11 Animated Healthcare Explainer Videos: https://on.b2w.tv/3Zd7fYM
4. How Long Does It Take To Make an Healthcare Explainer Video: https://on.b2w.tv/45nasak
5. Script for Healthcare Explainer Videos: https://on.b2w.tv/47IY1af
6. Guide to Making Your Own Healthcare Explainer Video: https://on.b2w.tv/3P6FKMR
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Experience with endoscopic retrograde cholangiopancreatography (ERCP) in children has been limited due to multiple factors, including the relatively low incidence of diseases requiring ERCP in this age group, the impression that the procedure is technically difficult in children, and because the indications and safety of ERCP in children have not been well defined. As a result, patients are generally referred to a tertiary care facility or to adult endoscopists who perform a high volume of procedures.