Early Detection Of Developmental Dysplasia Of The Hip Research Articles

A National Database Analysis: Does Cold Weather Affect the Surgical Intervention Rate for Developmental Dysplasia of the Hip in Children Under Five Years?

Background Cold weather in the first few months of life may increase the risk of a late diagnosis of developmental dysplasia of the hip (DDH). Early detection of DDH can often be treated non-surgically. The purpose of this study is to observe whether the rates of surgical intervention for DDH differ based on average outdoor temperatures in the winter months. Methods A retrospective observational study of DDH patients diagnosed from 2010 to 2021 was conducted using a national administrative database. Five geographic regions were defined based on the average temperatures in the coldest quarter of the year. The rates of DDH-related surgeries were compared across these temperature regions. Results A total of 55,911 patients ≤5 years old with a DDH diagnosis from 2010 to 2021 were identified in the database. When compared to the warmest region (Group 5), the coldest region (Group 1) had higher rates of open reduction (4.59% vs. 2.06%, p<0.001), adductor tenotomy (6.95% vs. 2.91%, p<0.001), femoral osteotomy (5.75% vs. 2.04%, p<0.001), pelvic osteotomy (5.27% vs. 2.04%, p<0.001), and total DDH surgeries (11.42% vs. 5.03%, p<0.001). Conclusion Children living in states with an average winter temperature of -6.17°C had an increased likelihood of requiring surgical intervention for DDH within the first five years of life.

Community-Based Hip Screening for Up to Four-Month-Old Infants and Health Guidance for Their Caregivers in Japan: A Nation-Wide Survey.

Early detection of developmental dysplasia of the hip (DDH) in children is crucial. Due to COVID-19, maternal and child health services have been suspended temporarily, increasing the risk of late detection of DDH. This study aimed to reveal Japan's current situation regarding community hip screening for newborns and infants and to provide health guidance for caregivers regarding DDH. A web-based, nationwide cross-sectional survey was conducted between February and March 2023 (n = 1737). One public health nurse overseeing maternal and child health per municipality responded to the 2022 municipality hip screening system. Among the 436 municipalities that responded (response rate: 25.1%), 97.5% implemented hip screening within 4 months, and approximately 60% performed it during newborn home visits, while only 2.3% conducted hip ultrasound screening. Perfect checking of the risk factors for DDH during newborn home visits and training opportunities for home visitors must be improved. Educational programs regarding DDH for home visitors and caregivers are needed to prevent the late diagnosis of DDH. Furthermore, collaboration between pediatric orthopedic surgeons and nurses is crucial for developing effective community-based hip-screening systems by bridging the evidence and practice gap in the early detection of DDH.

The Impact of the Implementation of a New Selective Screening Program for Neonatal Hip Ultrasound in Cardiff and Vale University Health Board

Objective: Developmental dysplasia of the hip (DDH) is a common and preventable cause of disability. Early detection of DDH (<3 months) is associated with reduced risk of surgical treatment, hence in addition to the traditional clinical screening, NIPE guidelines advocate the use of selective screening of those with DDH associated risk factors. In 2016, Cardiff and Vale University Health Board (CAVUHB) implemented a selective screening program for DDH. This research will determine the impact and up-to-date cost effectiveness of a selective screening for DDH. Methods: A retrospective study of all patients born between 1st of January 2016 and the 31st of December 2016, who underwent ultra-sonographic screening for DDH in CAVUHB. Ultrasounds were graded using Graf’s classification, treatment outcomes were determined by patient’s records and costings were based on 2016 NHS tariffs. The research took place at the University Hospital of Wales (UHW). Results: Screening of those with risk factors for DDH, but a normal examination diagnosed 72% of all DDH cases and 38% of treated DDH cases. Screening for risk factors cost CAVUHB £98914, with a cost per favorable outcome, defined as early detection and successful treatment of DDH without surgical intervention, of £12364. The mean cost of DDH treatment of a patient missed by screening was £14431. All DDH cases were detected through breech presentation or family history risk factors. Screening only those with these risk factors is more cost effective and equally successful with a cost per favorable outcome of £9095. Conclusion: The selective screening program was successful and cost effective in detecting and treating cases of DDH. However, the screening process can be made more cost-effective without reducing DDH detection rate, by omitting statistically insignificant risk factors from the screening criteria. Early detection of DDH is important for effective treatment. CAVUHB cost-effectively reduced morbidity and potential surgical mortality within the neonatal population because of its selective screening program for DDH.

RELIABILITY AND VALIDITY OF CLINICAL AND ULTRASOUND EXAMINATIONs OF DEVELOPMENTAL DYSPLASIA OF THE HIP

Developmental dysplasia of the hip (DDH) is the most common congenital deformation of the musculoskeletal system and its successful treatment is closely related to early diagnosis. The study is aimed at examining the incidence of developmental dysplasia of the hip (DDH) and at analysing the validity of clinical examination, which is used for the early detection of DDH in the neonatal period, compared to ultrasound examination. The study involved 400 neonates born in the Banja Luka Region. A new questionnaire was open during the first regular ultrasound and clinical examination of the neonates’ hips and anamnestic and clinical data were recorded in it: the asymmetry of the gluteal, inguinal and femoral folds (Bade sign), the result of abduction test separately for each hip, the Ortolani sign of luxation and the Palmen sign of reposition, then hip sonography. A Toshiba ultrasound machine with a 7.5 MHz linear probe was used. The method employed was Professor Reinhard Graf’s. Out of the total number of the children with a positive sonographic finding for DDH, 63.16% of them have one of the clinical signs of DDH. The ability of a clinical finding to identify those patients who do not have DDH and have a negative sonographic finding is 79.8%. Out of the total number of the examined children with a positive clinical finding, only 15.58% of them also have a positive sonographic finding for DDH. This research has showed that clinical examination of the hips is of low sensitivity, specificity and reliability, and that not all types of DDH can be detected. Clinical examination must remain an integral part of every infant’s examination, but it constitutes a complementary diagnostic procedure to ultrasound examination. The ultrasound examination of DDH has created new possibilities and has filled the void that existed due to the deficiency of clinical tests, and at the same time it has reduced the number of X-ray examinations of the hips. This research has confirmed that clinical examination of the hips does not meet the screening criteria. It must remain an integral part of an infant’s examination because it, among other things, provides the information which enables the orthopaedic surgeon to choose the most beneficial therapeutic procedures in DDH treatment. Acta Medica Medianae 2011;50(1):26-31.

Early detection of DDH can lead to simple, effective treatment

The incidence of developmental dysplasia of the hip (DDH) is about 1 to 1.5 cases per 1,000 newborns and is highest in females in the breech presentation. The left hip is involved about three times more commonly than the right hip, perhaps related to the left occiput anterior positioning of most