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Formulation of a Composite Nasal Spray Enabling Enhanced Surface Coverage and Prophylaxis of SARS‐COV‐2
Moakes et al., Advanced Materials, doi:10.1002/adma.202008304
Moakes et al., Formulation of a Composite Nasal Spray Enabling Enhanced Surface Coverage and Prophylaxis of SARS‐COV‐2, Advanced Materials, doi:10.1002/adma.202008304
May 2021   Source   PDF  
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Formulation of a mucoadhesive antiviral nasal spray showing efficacy for prophylaxis and against transmission. In Vitro analysis shows prophylaxis with λ-carrageenan demonstrated complete inhibition of SARS-CoV-2 over 48h. A combination of gellan and λ-carrageenan was used to improve coverage and retention in the nasal cavity. See also [Robinson].
Moakes et al., 31 May 2021, United Kingdom, peer-reviewed, 4 authors.
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Abstract: Formulation of a Composite Nasal Spray Enabling Enhanced Surface Coverage and Prophylaxis of SARS-COV-2 Richard J. A. Moakes,* Scott P. Davies, Zania Stamataki, and Liam M. Grover* central nervous system, and respiratory diseases (Middle East Respiratory Syndrome (MERS), severe acute respiratory syndrome (SARS);[1] with the latest strain, severe acute respiratory syndrome coronavirus-2 (SARS-CoV-2), receiving much attention due to its devastating impact within the 2020 pandemic. SARS-CoV-2, like all coronaviruses, contains large positive-strand RNA genomes packed within a helical capsid, all housed within a phospholipid bilayer envelope formed on budding.[2,3] Associated with the viral membrane are 3 main proteins: membrane and envelope proteins, associated with assembly, and spike proteins. The spike proteins, which give rise to its corona shape, are essential for virus survival, mediating entry to the host cell.[4,5] Additionally, the protein also plays a crucial role in determining host range and tissue tropism, alongside being responsible for inducing many of the host immune responses.[1] To date, facilitation of viral entry into a host cell is believed to arise through specific motifs within the spike protein, which strongly interact with Angiotensin-Converting Enzyme 2 (ACE2) receptors.[6,7] ACE2 is known for its role in regulating oxygen/carbon dioxide transfer, commonly found within the respiratory epithelia. In particular, SARS-CoV-2 has been found to target the ciliated and goblet cells,[8] where subsequent viral shedding results in extensive viral loads, especially within the upper respiratory tract.[9] Inhaled air is primarily routed through the nose. Even though the nasal passages present the highest resistance to airflow, on average ≈10 000 L of air are inhaled by a healthy human per day.[10,11] Only once this pathway becomes overloaded does the body switch to respiration through the mouth.[12,13] For this reason, the nasal cavity supports two major roles: air conditioning, creating the correct levels of humidity and air temperature; and, removal of foreign particles including dust, airborne droplets and pathogens.[14] Anatomically, the nose consists of two cavities roughly 10 cm in length and half again in height, producing a total surface area of about 150 cm2.[15] Inspired air flows up through the nasal vestibule (nostril) and passes through the slit-like meatus structures (inferior, middle, and superior) and back through the nasopharynx. At a cellular level, the majority of the cavity consists of a typical airway epithelium, comprising of four main cell types: basal, ciliated/non-ciliated columnar, and goblet cells. The columnar Airborne pathogens pose high risks in terms of both contraction and transmission within the respiratory pathways, particularly the nasal region. However, there is little in the way of adequate intervention that can protect an individual or prevent further spread. This study reports on a nasal formulation with the capacity to combat such challenges, focusing on severe acute respiratory syndrome coronavirus-2 (SARS-CoV-2). Formulation of a polysaccharide-based spray, known for its mucoadhesive properties, is undertaken and it is characterized for its mechanical, spray distribution, and antiviral properties. The ability to engineer key mechanical characteristics such as dynamic yield stresses and high coverage is shown, through systematic understanding of the composite mixture..
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