Chronic respiratory diseases affect millions of people and can be fatal. Currently, the medications used in the treatment of these diseases are steroidal anti-inflammatory drugs (glucocorticoids) associated with bronchodilators, which have various limitations and adverse effects. The situation worsens when the patient becomes resistant to glucocorticoids, which occurs in around 5% of asthmatics and nearly all individuals with chronic respiratory diseases. In these cases, there are practically no therapeutic options, increasing the vulnerability of patients and requiring an urgent search for new anti-inflammatory treatments.
The technology results from the development of mexiletine analogs with optimized anti-inflammatory and bronchodilator action, as well as a highly attenuated local anesthetic effect. The pharmacological characteristics of these molecules suggest their use for optimizing the treatment of difficult-to-treat asthma, chronic respiratory diseases, and other corticosteroid-resistant inflammatory pulmonary conditions. Furthermore, the solution can be administered both by inhalation and orally.
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Molecules with dual action |
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Alternative to the use of glucocorticoid |
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Fewer side effects |
Partners for co-development of future project stages, with the potential for licensing.
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