Black cumin 0.3 gram and 0.4 gram on apoptotic levels in Cerebral Contusions Rattus Norvegicus Wistar

Abstract

Background. Apoptosis is one of the indicators to check for following brain damage. Along with this trend, treatment in the form of herbal and phytopharmaca therapy is required more frequently to treat brain injury complications. Black cumin possesses a function that opposes the apoptotic mechanism. Objectives. This study sought to determine the effect of black seed on an animal model of brain damage using apoptotic measures. Methods. Four treatment groups were created from the experimental animals as follows: Group BC1: For 7 days following the brain contusion, they were given [0.3 gram] g/kg bw of black cumin extract daily. Group BC2: For 7 days following the brain contusion, they were given [0.4 gram] g/kg bw of black cumin extract daily. Following the brain contusion, Group K received 3 ml of Nacl 0.9% daily for 7 days. The TUNEL DNA fragmentation method was used to count the amount of apoptotic cells and analysis was conducted using ANOVA with F-test and Tukey HSD. Results. The control group had the greatest amount of apoptosis at 30.4. Apoptosis averages for BC1 (0.3 g), and BC2 (0.4 g) groups of rats were 25.0, and 18.8, respectively. Black cumin anova test with apoptosis was present while a higher dose of black cumin will minimize the amount of apoptosis. Conclusions. Injecting black cumin extracts into rats with head injuries reduced apoptosis, albeit not significantly. In rats with experimental head injuries, black cumin extract induces a connection through the apoptosis mechanism.