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Recent News and Articles on the Keywords: congenital + 0.21 + web  Related to the article below (Last Update: 8/4/2008)


BBC News
Doctors, experts seek changes to abortion law
Expressindia.com, India -
Niketa appealed to the court to make an exception in her case, saying that since medical advances allow detection of congenital health problems in unborn ...
Niketa can't abort: Bombay HC Times of India
Indian court rejects plea to abort sick fetus The Associated Press
Crucial decision on abortion likely today Press Trust of India
AHN - IBNLive.com
all 179 news articles »

IBNLive.com
Congenital heart disease: Disease of the innocent
IBNLive.com, India -
New Delhi: The Mehta couple is fighting for the right to terminate a pregnancy because the foetus is likely to be born with a congenital heart defect. ...
Abortion debate: Family keeps hope alive
NDTV.com, India -
As soon as she was born, her parents were told she had a rare congenital heart problem that was at a time when they did not know anything about heart ...
'Case has made people aware of lacunae in law' Times of India
all 2 news articles »

WFAA
Funeral, visitation set for John Mark Stallings
Dallas Morning News, TX -
According to the family, the younger Stallings was born with Down syndrome and suffered from health problems related to a congenital heart defect. ...
Beloved Son of Coach Gene Stallings Passes at 46 WAAY
John Mark Stallings dies Tuscaloosa News (subscription)
John Mark Stallings Passes Awat At 46 KBTX
My Tennessean.com - Dallas Morning News
all 96 news articles »

IBNLive.com
Defying congenital defects: Growing up against all odds
IBNLive.com, India - Aug 3, 2008
New Delhi: While the debate over Mehta couple?s plea to abort their foetus detected with congenital defects rages on, it?s ultimately the children born with ...
Treatment Corrects Severe Insulin Imbalance in Animal Studies
MarketWatch - Jul 31, 2008
If this approach succeeds in humans, it could become an innovative medicine for children with congenital hyperinsulinism, a rare but potentially devastating ...
OC coroner says high school football player died of congenital ...
Los Angeles Times, CA - Jul 24, 2008
By Molly Hennessy-Fiske, Los Angeles Times Staff Writer A 15-year-old Irvine football player who collapsed while practicing in May died of congenital heart ...
Heart defect found in SoCal football player death San Jose Mercury News
Coroner Issues Report On High School Football Player's Death KNBC.com
Irvine football player died of heart defect OCRegister
all 17 news articles »
Orthopaedic Hospital Brightens the Future for Children
LA Downtown News Online, CA -
Regular weekly specialty clinics for children with congenital and other serious orthopaedic disorders are offered regardless of ability to pay. ...

OSN SuperSite (subscription)
Surgeons debate IOLs in congenital cataract cases
OSN SuperSite (subscription), NJ - Jul 31, 2008
BUENOS AIRES ? Due to the unpredictable nature of an infant's eye, one surgeon here cautioned against the regular use of IOLs in cases of congenital ...
Mumbai court says no to abortion of 25-week foetus
Smash Hits, India -
... The Bombay High Court Monday rejected a plea by a Mumbai couple who sought to abort their 25-week unborn child because it had a congenital heart defect. ...
Source: Google News

Web neck anomaly and its association with congenital heart disease -
LD Berdahl, KD Wenstrom, JW Hanson - Am J Med Genet, 1995 - doi.wiley.com
... Sixty percent (721120) of infants with web neck had one or more congenital heart
defects ... 1,000 livebirths are provided for comparison: 0.21 for hypoplastic ...

Oxygen transport in critically ill infants after congenital heart operations 1 1 This article has …
AF Rossi, HS Seiden, RP Gross, RB Griepp - The Annals of Thoracic Surgery, 1999 - Soc Thorac Surgeons
... has been selected for the open discussion forum on the STS Web Site: http ... OXYGEN
TRANSPORT AFTER CONGENITAL HEART OPERATION ... 7 TOF 5 Repair RA 0.18 0.19 0.21 Yes ...
-

… OF CARDIOPULMONARY BYPASS AND SURFACTANT IN PULMONARY DECOMPENSATION AFTER SURGERY FOR CONGENITAL -
DA Paul, JS Greenspan, DA Davis, P Russo, MJ … - The Journal of Thoracic and Cardiovascular Surgery, 1999 - AATS/WTSA
... 0.05 ? 0.04 .01 No CPB 0.21 ? 0.17 0.28 ... PULMONARY DECOMPENSATION AFTER SURGERY FOR
CONGENITAL THE ROLE OF ... continuing medical education credits via the Web at ...

Left ventricular dysfunction after open repair of simple congenital heart defects in infants and … -
RR Chaturvedi, C Lincoln, JWW Gothard, MH Scallan, … - The Journal of Thoracic and Cardiovascular Surgery, 1998 - AATS/WTSA
... full/115/1/77 the World Wide Web at: The ... VENTRICULAR DYSFUNCTION AFTER OPEN REPAIR
OF SIMPLE CONGENITAL HEART DEFECTS ... by 40.7% from 0.34 0.17 to 0.21 0.15 mm ...

Connexin46 mutations linked to congenital cataract show loss of gap junction channel function -
JD Pal, X Liu, D Mackay, A Shiels, VM Berthoud, EC … - American Journal of Physiology- Cell Physiology, 2000 - Am Physiological Soc
... PCR amplified from affected individuals from two families with congenital cataract
linked ... j min = 0.19 for positive transjunctional voltages and A = 0.21, V o ...

Chronic hypoxia: A model for cyanotic congenital heart defects -
AF Corno, G Milano, M Samaja, P Tozzi, LK von … - The Journal of Thoracic and Cardiovascular Surgery, 2002 - AATS/WTSA
... cgi/content/full/124/1/105 on the World Wide Web at: The ... to room air (fraction of
inspired oxygen [F IO 2 ], 0.21) and (2 ... Surgery for Congenital Heart Disease ...

Congenital malformations in births with orofacial clefts among 3. 6 million California births, 1983- … -
GM Shaw, SL Carmichael, W Yang, JA Harris, EJ … - American Journal of Medical Genetics, 2004 - doi.wiley.com
... 0.53 0.33?0.86 0.40 0.26?0.60 Congenital mitral insufficiency (746.6) ... Coarctation
of aorta (747.1) 0.36 0.21?0.63 0.34 0.22?0.52 ... Web of larynx (748.2) ...

[CITATION] Laryngeal Web: A Cause of Difficult Endotracheal Intubation
A Stegnjajic, S Baruh, M DJ - Anesthesiology, 1982
-

Urine glycosaminoglycans in congenital and acquired nephrotic syndrome -
LP Jadresic, G Filler, TM Barratt - Kidney Int, 1991 - nature.com
... chondroitin sulphate (CS) in seven children with Finnish-type congenital nephrotic
syndrome ... in normal children had a median of 0.36 (observed range 0.21 to 0.68 ...

… Effects of Sevoflurane, Isoflurane, Halothane, and Fentanyl?Midazolam in Children with Congenital -
SM Rivenes, MB Lewin, SA Stayer, ST Bent, DB … - Anesthesiology, 2001 - anesthesiology.org
... parent, patients aged 13 yr or less undergoing congenital heart surgery ... See appendix
at Anesthesiology Web site for ... 32 An Fio 2 of 0.21 was chosen for baseline ...

Source: Google Scholar
 

Congenital Abnormalities of the Upper Extremity

What Are They?
Congenital abnormalities (also called congenital anomalies) of the upper extremity are differences from normal that are present at birth. The differences can range from mild to severe. Examples of congenital abnormalities in the hand include: having more than or fewer than five fingers; fingers that won't bend; fingers that are too short, crooked or webbed; and constriction bands on the fingers and/or hand. Examples of congenital abnormalities in the arm include: an arm that is bowed, bones and joints that have not formed normally, and a part of or whole arm that has not formed at all. Some of these differences are known to happen along with other problems, while some are isolated differences.

What Causes Them?
There are many causes of congenital abnormalities. Some can be explained, and others have no known causes. The process of development of a baby from a fertilized egg involves millions of complicated steps, any of which can go wrong. The upper limbs form between the fourth and seventh week of pregnancy; the baby is less than an inch long during this phase of development. It is estimated that one in 20 babies born will have some imperfection, major or minor.

Article continues below and (thank you)

 
Some congenital problems are inherited, just like eye or hair color, for example. Some of these inherited problems may skip generations or show up in the children of parents who each pass on a trait to the child. Some genetic problems are new occurrences where the new baby is the first to have the condition, but that child may pass it on to his or her children.

Other congenital problems have a non-genetic cause. Certain drugs, such as thalidomide and chemotherapy agents are known to cause birth defects. Street drugs, tobacco and alcohol all affect the development of a baby but are not generally connected with specific upper extremity problems. Congenital constriction bands, where threads of the amniotic membrane separate from the lining and become wrapped around the fingers and/or hand, can cause deformity in some babies during pregnancy. Although we understand how constriction bands happen, the cause is mostly unknown.

Congenital problems sometimes happen with no explanation as to when, why or to whom. One of the many steps in the development of the baby went wrong and changed the arm or hand. Your physician can help you find answers to your questions about what happened and, if possible, why it happened. Your physician may refer you and your child for more studies and possibly a visit to a geneticist to help with a specific diagnosis and determine whether the condition is hereditary.

Coping With Your Emotions

Shock, anger and guilt are normal emotions after the birth of a child with a congenital abnormality. All of your dreams of the perfect baby did not take place, and now each family member must cope with their feelings. Rarely is there anything parents could have done differently — yet they blame themselves.

Your newborn doesn't realize that he or she is different. The baby has all the normal needs of any newborn. The way the baby has formed is normal for him or her; without pain and without a sense of loss. After your grief has eased, questions will follow: Is there any treatment for this problem? Will surgery help? Will my child be able to tie shoes or hold a pencil? Talk to your pediatrician and hand surgeon about available resources, such as support groups, therapists, and caring physicians to help you and your child.

What Can Be Done?

The goal for any child with an upper extremity abnormality is to allow the child to function as normally as possible. Many types of care are available; they include therapy, the use of aids or prostheses, and sometimes surgery. Each child is an individual, and care must be taken when deciding treatment based on what is best for your child. Work with your hand specialty team to find answers that are best for you and your child.

Remember, your child will need your help to meet the challenges of being different and will mirror your attitudes about his or her problems. To be independent is a strong human drive, and with your love and encouragement, your child will reach that goal.


Copyright © American Society for Surgery of the Hand
 

Extensor Tendon Injuries

What Is an Extensor Tendon?

Extensor tendons, located on the back of the hand and fingers, allow you to straighten your fingers and thumb (see Figure 1). These tendons are attached to muscles in the forearm. As the tendons continue into the fingers, they become flat and thin. In the fingers, these tendons are joined by smaller tendons from the muscles in the hand. It is these small-muscle tendons that allow delicate finger motions and coordination.

How Are Extensor Tendons Injured?

Extensor tendons are just under the skin, directly on the bone, on the back of the hands and fingers. Because of their location, they can be easily injured even by a minor cut. Jamming a finger may cause these thin tendons to rip apart from their attachment to bone. After this type of injury, you may have a hard time straightening one or more joints. Treatment is necessary to return use to the tendon.

How Are These Injuries Treated?

Cuts that split the tendon may need stitches, but tears caused by jamming injuries are usually treated with splints. Splints stop the healing ends of the tendons from pulling apart and should be worn at all times until the tendon is fully healed. Your doctor will apply the splint in the correct place and give you directions on how long to wear it. Sometimes a pin is placed through the bone across the joint as an internal splint.

What Are the Common Extensor Tendon Injuries?

Mallet finger refers to the droop of the end joint where an extensor tendon has been cut or separated from the bone (see Figure 2). Sometimes a piece of bone is pulled off with the tendon, but the result is the same: a fingertip that cannot be straightened. Whether the tendon injury is caused by a cut or jammed finger, splinting is necessary. Often the cut tendon requires stitches. Splinting is done to keep the fingertip straight until the tendon is healed. The size of the splint and length of time you will have to wear it is determined by the type and location of your injury. The splint should remain in place constantly during this time. The tendon may take four to eight weeks, or longer in some patients, to heal completely. Removing the splint early may result in drooping of the fingertip, which may then require additional splinting. Your physician will instruct you to remove the splint at the proper time.

Boutonnière deformity describes the bent-down (flexed) position of the middle joint of the finger from a cut or tear of the extensor tendon (see Figure 3). Treatment involves splinting the middle joint in a straight position until the injured tendon is fully healed. Sometimes, stitches are necessary when the tendon has been cut. If this injury is not treated, or if the splint is not worn properly, the finger can quickly become even more bent-down and finally stiffen in this position. Be sure to follow your physician's instructions and wear your splint for a minimum of four to eight weeks. Your doctor will tell you when you may stop wearing the splint.

Lacerations or cuts on the back of the hand that go through the extensor tendons cause difficulty in straightening the finger at the large joint where the fingers join the hand. These injuries are usually treated by stitching the tendon ends together. Splinting for a tendon injury in this area may include the wrist and part of the finger. Dynamic splinting, which is a splint with slings that allows some finger motion, may be used for injuries of this kind. The dynamic splint allows early movement and protects the healing tendon.

What Can I Expect as a Result of My Extensor Tendon Injury?

Extensor tendon injuries may cause the tendon to attach itself to nearby bone and scar tissue. Many factors can affect the seriousness of the injury, including fracture, infection and individual differences. The scar tissue that forms may prevent full-finger bending and straightening even with the best treatment. To improve motion, therapy may be necessary. Surgery to free scar tissue may sometimes be helpful in serious cases of motion loss. Your physician will explain the risks and side effects of the various treatments for extensor tendon injuries.

Figure 1: Extensor tendons, located on the back of the hand and fingers, allow you to straighten your fingers and thumb.

Figure 2: The mallet finger deformity causes a droop of the fingertip. This is caused by injury to the extensor tendon at the last finger joint.

Figure 3: The boutonnière deformity with progressive flexion, or bending, of the middle joint may result in a stiff finger in this position if not treated. The end joint also hyperextends (bends backward) from the altered force across the finger.

 

© 2005 American Society for Surgery of the Hand

 

 
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