Publications by authors named "I D Garipova"

Article Synopsis
  • - Opsoclonus is an involuntary eye movement disorder characterized by rapid, chaotic, and multidirectional eye movements, often linked to myoclonus and commonly caused by a paraneoplastic process or viral infections.
  • - A case study highlights a 26-year-old man with symptoms resembling encephalitis, including balance issues, tremors, and jerking eye movements, leading to the diagnosis of opsoclonus-myoclonus syndrome after testing positive for West Nile virus.
  • - Despite initial treatment with acyclovir and dexamethasone, the patient experienced severe symptoms for two weeks but gradually improved with rehabilitation, emphasizing the importance of recognizing West Nile virus as a potential cause of this syndrome.
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A new photoreactive oligonucleotide derivative was synthesized with a perfluoroarylazido group attached to the 2'-position of the ribose fragment of the 5'-terminal nucleotide. Using this conjugate, photoreactive DNA duplexes were produced which contained single-stranded regions of different length, single-stranded breaks (nicks), and also ds duplex with a photoreactive group inside one of the chains. These structures imitate DNA intermediates generated at different stages of DNA replication and repair.

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Synopsis of recent research by authors named "I D Garipova"

  • - I D Garipova's recent research includes a study on opsoclonus-myoclonus syndrome linked to West Nile virus, highlighting its characteristics as involuntary and chaotic eye movements often associated with myoclonus.
  • - Another notable investigation focused on the processing of dynamic images to address navigation challenges during transurethral resection of the prostate gland, demonstrating the application of advanced imaging techniques in surgical procedures.
  • - Garipova has also contributed to the understanding of DNA dynamics by exploring the interaction between replication protein A and photoreactive DNA structures, synthesizing new oligonucleotide derivatives to mimic DNA intermediates involved in replication and repair processes.