Evaluation of the ShangRing vs. Mogen Clamp for Early Infant Male Circumcision (EIMC) in Sub-Saharan Africa

The study will evaluate the safety and acceptability of the topical anesthesia-based, no-flip ShangRing technique vs. Mogen clamp for Early Infant Male Circumcision (EIMC) in neonates and infants up to 60 days of life. The study will consist of 2 phases; a pilot phase and a field study. In the pilot phase, male infants of up to 60 days of life will be enrolled in three sub-Saharan countries, specifically Kenya, Tanzania, and Uganda. Infants will be randomized in 1:1 fashion to undergo EIMC using either the Mogen clamp or no-flip ShangRing technique using topical anesthesia. Upon completion of the pilot trial and assuming satisfactory safety results, a larger non-comparative field study of ShangRing EIMC will be initiated, as performed by non-physician providers in routine practice settings in the three sub-Saharan African countries. Total study duration will be 3 years. The pilot phase is anticipated to encompass a total of 1 year. Completion of the field study is expected to take 2 years. Study Endpoints include: 1. To compare the rates of adverse events (AEs) with the ShangRing or Mogen clamp 2. To compare pain control, time to complete wound healing and parent satisfaction with EIMC using the ShangRing or Mogen clamp 3. To compare operative time and provider preference. 4. To assess the rate of spontaneous ring detachment with the ShangRing as a method to decrease the need for follow-up visits after circumcision. 5. To assess the subpreputial microbiome of the infants prior to and after the initiation of circumcision Three correlative studies will be conducted: 1. Penile microbiome study: In the pilot trial, the subpreputial microbiome of the infants undergoing circumcision will be assessed to better understand the spectrum of bacteria that may exist and play a role in infant circumcision. 2. Demand creation study: During both the pilot phase and the field study, it will be assessed whether device-driven EIMC can be safely and effectively integrated into ma