Condiciones de SaludLa cirrosis del hígado es una afección progresiva en la que el tejido hepático sano es reemplazado por tejido cicatricial (fibrosis), lo que deteriora la capacidad del hígado para funcionar. Es la etapa final del daño hepático crónico causado por una variedad de causas, incluyendo el abuso prolongado de alcohol, la hepatitis viral y la enfermedad del hígado graso no alcohólico (NAFLD). A medida que el hígado se cicatriza cada vez más, pierde su capacidad de desintoxicar la sangre, producir proteínas esenciales y apoyar la digestión y el metabolismo.
El daño causado por la cirrosis es típicamente irreversible, aunque la intervención en etapas tempranas puede ralentizar o detener su progresión. En casos avanzados, la cirrosis puede llevar a complicaciones potencialmente mortales como insuficiencia hepática, hemorragia interna, acumulación de líquido (ascitis) y encefalopatía hepática (confusión mental por acumulación de toxinas hepáticas).
Tipos de Cirrosis (por causa):
Cirrosis Alcohólica: Causada por el abuso crónico de alcohol.
Cirrosis Viral: Resultante de infecciones crónicas de hepatitis B o C.
Esteatohepatitis No Alcohólica (NASH): Vinculada a la obesidad, la resistencia a la insulina y el síndrome metabólico.
Cirrosis Autoinmune: Debida a afecciones hepáticas autoinmunes.
Cirrosis Criptogénica: Causa desconocida.
Causas Comunes:
Consumo crónico de alcohol
Infección crónica de hepatitis B o C
Enfermedad del hígado graso no alcohólico (NAFLD) o NASH
Trastornos genéticos (p. ej., enfermedad de Wilson, hemocromatosis)
Hepatitis autoinmune
Exposición prolongada a medicamentos o sustancias químicas tóxicas para el hígado
Enfermedades de los conductos biliares (p. ej., colangitis biliar primaria)
Factores de Gravedad:
El grado de fibrosis y el deterioro de la función hepática
Presencia de complicaciones (ascitis, hemorragia por varices, encefalopatía)
Estado nutricional y afecciones comórbidas
Si la causa subyacente continúa activa o ha sido eliminada
Cuándo Consultar a un Médico:
Ictericia (coloración amarillenta de la piel y los ojos)
Fatiga o debilidad persistente
Hinchazón abdominal (ascitis)
Tendencia fácil a los moretones o al sangrado
Confusión mental u olvidos
Pérdida de apetito o pérdida de peso no intencional
Vómito con sangre o heces negras y alquitranadas
Tras el diagnóstico de hepatitis, NAFLD o dependencia al alcohol
5-HTP is the immediate serotonin precursor and is the bioactive constituent of Griffonia simplicifolia seeds. Research implicates depleted serotonergic activity in vestibulo-ocular disturbances underlying motion sickness. An open-label clinical study (Esposito et al., J Med Food 2015) in a pediatric population found that a Griffonia simplicifolia/magnesium complex providing 50 mg 5-HTP twice daily for three months significantly reduced motion sickness symptoms compared to an untreated control group.
Ginger (Zingiber officinale) has the strongest natural evidence base for motion sickness among herbal remedies. The European Medicines Agency's Committee on Herbal Medicinal Products classifies dried powdered ginger rhizome as a 'well-established use' for prevention of nausea and vomiting in motion sickness. Multiple RCTs, including a landmark 1982 Lancet trial and a 2003 study in the American Journal of Physiology, have demonstrated its ability to reduce gastric dysrhythmias and nausea symptoms induced by motion. A 2026 systematic review concluded ginger is a reasonably safe, well-tolerated, and effective treatment for motion sickness.
Hesperidin, a citrus flavanone, is explicitly cited by the NIH/NCCIH and CDC Yellow Book as a bioactive compound for which at least one study has suggested benefit in motion sickness. Preclinical research in mice (Neurochemical Research 2019) demonstrated hesperidin significantly reduced motion sickness symptoms by inhibiting histamine release and downregulating histamine H1 receptor expression, with an effect comparable to dimenhydrinate at 80 mg/kg.
Magnesium was used as a co-treatment with 5-HTP (Griffonia simplicifolia) in the Esposito et al. (J Med Food 2015) open-label pediatric trial, which showed significant motion sickness symptom reduction over three months. Magnesium's relevance is supported by evidence that serum Mg2+ levels are associated with vestibular migraine, a condition closely linked to motion sickness susceptibility. Its role may include modulating serotonergic and NMDA receptor activity in vestibular nuclei.
Chamomile (Matricaria chamomilla) has a centuries-old tradition in European herbal medicine for gastrointestinal complaints and nausea. A 2025 PMC review noted chamomile has been found beneficial for motion sickness, indigestion, and anorexia, attributing its antiemetic effect to COX-2 inhibition and reduced prostaglandin E2 levels. Clinical evidence is limited compared to ginger; most trials focus on post-operative nausea rather than motion sickness specifically.
Peppermint is a well-established traditional remedy for motion sickness, included in traditional herbal medicine references. Its antiemetic and antispasmodic properties support this use. Clinical trial evidence specifically for motion sickness is limited compared to its nausea evidence in other contexts.
Peppermint (Mentha × piperita) has a long history of traditional use for nausea and gastrointestinal complaints, and is included among complementary approaches for motion sickness-related nausea by authoritative sources including the CDC. Its active constituent menthol is noted in herbal formulations shown to exhibit antihistamine properties relevant to motion sickness. Clinical evidence for peppermint specifically in motion sickness is limited; most studies address post-operative or pregnancy-related nausea.
Volver