Amino-containing cationic latex–oligodeoxyribonucleotide conjugates: application to diagnostic test sensitivity enhancement

Review Article: Immobilized Molecules Using Biomaterials and Nanobiotechnology

“…Their use is simple, fast, and efficient for the extraction and purification of biomolecules. In the biomedical Weld, numerous publications deal with the use of magnetic particles for biomolecule extraction [55], cell sorting [56], and drug delivery [57]. Magnetic beads are widely used in molecular biology [58], medical diagnosis [59], and medical therapy [55].…”

“…In the biomedical Weld, numerous publications deal with the use of magnetic particles for biomolecule extraction [55], cell sorting [56], and drug delivery [57]. Magnetic beads are widely used in molecular biology [58], medical diagnosis [59], and medical therapy [55]. The major application concerns the extraction of biomolecules such as proteins [60], antibodies, and nucleic acids [61].…”

“…The major application concerns the extraction of biomolecules such as proteins [60], antibodies, and nucleic acids [61]. Magnetic beads carrying antibodies are also used for specific bacteria [55] and virus captures [58]. Krupey in 1994 [62] patented a method for virus capture process.…”

The Art of Immobilization Using Biopolymers, Biomaterials and Nanobiotechnology

“…Their use is simple, fast, and efficient for the extraction and purification of biomolecules. In the biomedical Weld, numerous publications deal with the use of magnetic particles for biomolecule extraction (Delair and Meunier, 1999), cell sorting (Kemshead et al, 1985), and drug delivery (Langer, 1990). Magnetic beads are widely used in molecular biology (Andreadis and Chrisey, 2000), medical diagnosis (Myrmel et al, 2000), and medical therapy (Kemshead et al, 1985).…”

Filmes ultrafinos de ésteres de celulose: preparo, caracterização e imobilização de proteínas

“…3 Para esta finalidade, superfícies de polissacarídeos têm se destacado em relação aos polímeros sintéticos por serem biocompatíveis e provenientes de fontes renováveis. 4 Ésteres de celulose são polímeros derivados da celulose com maior número de aplicações tecnológicas Estes derivados de celulose são largamente utilizados em formulações de tintas e revestimentos à base de solventes orgânicos para melhorar as propriedades de fluxo (viscosidade), a capacidade de polimento, estabilidade à radiação UV, resistência ao amarelecimento, resistência a fissuras no filme e dispersão dos pigmentos.…”