Discover the Modern Treatment Approaches of Tibial Hemimelia

Tibial Hemimelia
This is a Tibial Hemimelia | Cerebral Palsy Blog
The blog is published by 28 May, 2024

Tibial hemimelia is a rare congenital malformation that refers to the partial or complete absence of the tibia (shin bone) in the leg. Children can also have other deformities of the limbs. Thus, this condition tends to present a complicated problems for patients and professionals. However, the issues associated with this disease have gone a long way in the field of medicine, where it can be treated, and now people with this condition have a chance to be treated, and the treatment is relieving. Herein, we will discuss the overall treatment strategies, as well as the role of medical specialists in the case of tibial hemimelia.

Doctor’s Role Before Delivery

A history of managing tibial hemimelia commences long before the child is born. Healthcare professionals are crucial in diagnosing and tracking the condition during such visits. Even though the naked eye cannot view some leg deformities treatment, doctors can determine through ultrasound if the limbs are deformed and inform the parents early. This early detection means that interventions are initiated in a timely manner to prepare for the treatment and care a child requires right from delivery.

Medical History and Physical Examination

First, it can be stated that after birth, the doctor must follow some basic steps, which do not include examining the newborn but checking the medical history for known cases of extremity anomalies or any other limb-related problems in the family or any of the newborn’s close relatives. The severity and number of affected tibiae, along with other congenital anomalies, are examined during the physical examination. The thorough assessment in this phase provides the basis for developing appropriate intervention strategies based on individualized patient characteristics.

Tests

Radiographic and other radiologic imaging may provide valuable diagnostic information in detecting bone and joint deformities and other associated deformities. These tests help to determine the severity/degree and extent of this disorder, which is needed for the medical team to decide on the best course of treatment for the child.

Nonsurgical Treatment

The treatment of tibial hemimelia can also involve nonsurgical measures. This may include using specific prosthetics or orthotic appliances, such as insoles or other shoe inserts, to help stabilize the affected limb. PT helps with muscle strengthening, joint clearance, and general body movements. Non-surgical methods are being use to buy time for surgery or final intervention.

Surgical Treatment

Pediatric orthopedic surgery is mainly helpful in restoring the skeletal deformities caused by tibial hemimelia. Therefore, the exact surgical technique is determined on a case-by-case basis according to how extreme the patient’s condition is.

Surgical methods may be implemented to improve the functionality and aesthetics of the unbalanced limb, such as lengthening, reconstruction of the tibia, or correction of deformities. Altogether, due to significant progress in surgery and the invention of external fixators and internal implants, surgeons can correct limb deformity to a great extent and enhance the well-being of the patient.

Type and extent of surgery are depends upon extents of tibia bone loss and joint problem. Deformity correction, reconstruction of tibia by fibula or bone transport and joint stabilization is the key of surgical step.

Emotional Support

However, tibial hemimelia is more than mere physical deformation; it also has consequences for the child and family involved. Medical practitioners can offer psychological support, alleviate worries, and help people affected by problems. Their networks can also link the family to support groups and mental health professionals to assist them in managing the condition and developing the ability to cope.

 

Embracing Innovation: Advancements in Treatment

Innovations in 3D Printing:

The addition of 3D printing technology to the methods adopted to treat tibial hemimelia is a significant evolution. Theoretical fitted 3D-printed implants and prosthetic devices tailored to the patient’s anatomy help address the challenges associated with treating individuals with this condition. The personalized approach brings patients comfort and improved mobility, improving their overall well-being.

The Path Forward: Empowering Patients and Families

Further research and development in medical treatment and other approaches for tibial hemimelia also hold good hope for the future. Researchers are conducting regular studies, sharing their expertise, and harnessing the most up-to-date technologies to continue progressing in treating this disorder. Finally, promoting coping, providing resources, or offering a support group for the patient and the family will also help enhance those factors and lay a strong foundation for a positive attitude during tibial hemimelia.

Conclusion

The current medical interventions for tibial hemimelia include a collaborative and integrated model of care where physicians are involved, from screening to treatment and support. A diagnosis in utero, genetic counselling, surgical optimization, patient education, and psychological support are among the services highlighted in the paper that show how providing care can improve the treatment of this condition for patients. While the current understanding of tibial hemimelia helps enhance the quality of life of individuals suffering from the condition, there still exist other areas in which future medical science can improve the quality of life of individuals with tibial hemimelia.

FAQ’s

What are the conditions associated with tibial hemimelia?
Four syndromes include tibial hemimelia as their component: Werner syndrome (polydactyly-triphalangeal thumb syndrome), tibial hemimelia diplopodia, tibial hemimelia-split hand/foot syndrome and tibial hemimelia-micromelia-trigonal brachycephaly syndrome
What is the Jones classification of tibial hemimelia?
Jones Type 1A – The tibia is absent completely. Jones Type 1B – The tibia is initially absent but actually has a cartilaginous upper end that may turn into an upper tibia over time, as the child grows. Jones Type 2 – The tibia is present at the upper end but absent at the lower end.
How do you diagnose hemimelia?
Often, doctors know that a fibula is short or missing before a baby is born. That's because prenatal (before birth) ultrasound scans show the baby's bones as they form and grow. If a mom didn't get a scan while pregnant, doctors will see the fibular hemimelia when the baby is born.
What is the incidence of tibial hemimelia?
Tibial hemimelia incidence is reported to be 1/1,000,000. The disorder presents with a shortened lower limb and deformities at the knee, foot and ankle. The fibula is always present and may be quite normally formed or dysplastic, might be migrated proximally or can be hypertrophied to match a hypoplastic tibia.

Reviewed and Submitted by Dr. Jitendra Kumar Jain

Last updated on May 28, 2024

Dr.Jitendra Jain, MD and DNB (Orthopedics), president at Trishla Foundation, an NGO for treatment of cerebral palsy, and a Consultant Pediatric Orthopedic Surgeon & Cerebral Palsy Specialist at Trishla Orthopedic Clinic & Rehab Center.
Dr. J. K. Jain is a member of the general council at Dr. SMN university of rehabilitation, Lucknow, a member of the advisory board chief commissioner for PWD, Govt. of India (New Delhi), a member of the state disability research committee (U.P.), and a member of the committee of RCI, New Delhi. He has been awarded many awards, including the Dr.Bhagawan das memorial award, the spirit of humanity award, and the state govt. award for his services towards PWD, etc. Times of India has posted his work many times and mentioned him as one of the best doctors in the field of Pediatric Orthopedics. He helped many children recovering from cerebral palsy, just like comedian jay Chanikara, who is now able to stand and walk without any support, Abena, a Ghana girl with cerebral palsy, and many more. He also organized the National Wheelchair cricket tournament and created World’s first cerebral palsy village foundation in Prayagraj. He successfully treated 10,000+ children with various kinds of orthopedic disability, conducted 160+ free assessment camps, and produced a documentary film on cerebral palsy.

See full Bio

Translate to Other Languages