Carnavale, Mingarelli, Malpuech BS 3-MC Syndrome

Carnavale, Mingarelli, Malpuech, and Michels syndrome (also known as 3-MC syndrome) are rare autosomal recessive syndromes that become apparent at birth. Symptoms of this disease are characterized by facial cleft palate, craniosynostosis, tail afferent syndrome, growth retardation, mental retardation, kidney and heart failure, small penis and genital disorders and skeletal malformations (Kerstjens-Frederikse et al., 2005) . It was discovered by Malpeuch et al in 1983. The symptoms of Carnavale, Mingarelli, Malpuech, and Michels are almost the same. Therefore, they are summarized in one disease (3-MC).

David Bloom first mentioned in 1954 that Bloom syndrome (BS) is an autosomal recessive disorder that causes genomic instability and subsequent onset of cancer (Cunniff, 2017). BS is an example of "chromosome breakdown syndrome" characterized by DNA metabolism defects and gene repair mechanisms (Duker, 2002). Below 300 people worldwide, the signs include obvious redness of the cheeks and nose abnormally small. In some cases, BS patients suffer from impaired immune function, reduced fertility and intelligence (Cunniff, 2017). More than one-third of patients with Bloom's syndrome are from Germany's Jews (Sanz, 2006).

Multidrug resistance (MCS) is a chronic disease characterized by the affected person being characterized by low level chemical exposure to common chemicals, as indicated in the above MCS video It is a syndrome. Common substances include fragrance products, pesticides, plastics, synthetic fibers, smoke, petroleum products and paint smog. According to this article on MEDLINE, the MCS section is a disease in the periphery of the brain that can be treated with low dose antigen therapy or dietary supplements. I am a curator at the inconspicuous Columbia University Medical Library, but my blog states that the use of Auri - Stim 1000 VNS (Vagal Nerve Stimulation) is very useful for my own serious MCS cases. Good news? I am still in a remission period of 80-90%

Hoffman et al. (2004, latest issue) I studied professional digital mechanical receptor density, Meissner body (MC). MC has been reported only from primates and marsupials, and it exists only in milky protrusions of hairless skin. Martin (1990) mentions closely aligning the MC under the epidermis and suggests that its structure is bifunctional; that is, their purpose is to sense the slip of the arbor support and slide . The enhanced tactile sensitivity of the elongated motion matrix may give a strong selective pressure to the primate's ancestry, but the dispersion of the MC in an artificial number increases the possibility of a more specialized interaction. Hoffman et al. (2004) indicated that the high density of its MC may be related to fruit selection. To be convinced, it is reported that the primate palpates the fruit during feeding. Therefore, Hoffman et al.