A local doctor told reporters that the baby should be considered a healthy child who currently was living a normal life, a previously unknown occurrence among sufferers of the disorder.Lalis two middle eyes suffered from corneal opacity due to abnormal anatomy of the facial muscles, which prevented her from properly closing those eyes; initially, this was wrongly blamed on camera flashes. A cleft palate caused difficulty in her feeding under village conditions. A poor diet of bottle-fed sugar solution and diluted milk, allowed to drip down her throat, as she could not suck properly due to her cleft palate, weakened her condition, and vomiting and infection ensued. Admission to hospital was delayed by discussion (including taking her back home from hospital) among her extended family and her villages headman. Finally, her parents, alarmed at her illness and dehydration, defied her other relatives and took her back to hospital, where under proper medical treatment including antibiotic and a saline drip she started to improve, stopped vomiting, started drinking milk and defecating normally. However, six hours later, at two months old to the day, she died of a heart attack. She was buried in her village, as is usual in Hinduism with children who die very young. Later a temple was built at the village in her memory. Faith and Hope Howie
Faith Daisy and Hope Alice Howie (8 May – 27 May 2014) were born in Sydney, Australia, to parents Simon Howie and Renee Young.
Diprosopus (Greek: διπρόσωπος, "two-faced", from δι-, di-, "two" and πρόσωπον, prósopon [neuter], "face", "person"; with Latin ending), also known as craniofacial duplication (cranio- from Greek κρανίον, "skull", the other parts Latin), is an extremely rare congenital disorder whereby parts (accessories) or all of the face are duplicated on the head. Development
Although classically considered conjoined twinning (which it resembles), diprosopus is not normally due to the fusion or incomplete separation of two embryos. It is the result of abnormal activity by the protein SHH (sonic hedgehog). (The name of this protein was inspired by the Sonic the Hedgehog video game character and is part of an idiosyncratic naming tradition in molecular biology research. )SHH and its corresponding genes have been found to play an important role in signaling craniofacial patterning during embryonic development. Among other things, SHH governs the width of facial features. In excess it leads to widening of facial features and to duplication of facial structures. The greater the widening, the more structures are duplicated, often in a mirror image form. This has been demonstrated in the laboratory by introducing pellets of the SHH protein into chicken embryos, resulting in chickens with duplicate beaks. Inadequate amounts of that protein lead to opposite conditions such as cyclopia where facial features are insufficiently developed.Healthy brain development is also dependent on the signaling function of SHH. During embryonic development, SHH directs embryonic cells to organize in specific areas that later become specialized neural tissues, thus controlling the size and shape of brain structures.