The microbiome of the gut specifically plays a role in chronic metabolic disease, one of which is Chronic Kidney Disease (CKD) (Ren et al. 2020) which this blog post specifically covers. CKD is a chronic condition because the damage to kidneys occurs over a long time period, inhibiting their ability to filter blood and toxins. As the damage occurs over time there is increasing risk that patients will end up on dialysis or need transplantation. The sooner CKD can be diagnosed the higher chance a patient has to protect their kidneys (“What is chronic Kidney disease?” 2017). CKD is an important disease to discuss since approximately 13.4% of the global population suffers from it and around 30 million people in the U.S. (Ren et al. 2020). Sufferers have a greatly increased risk of morbidity and mortality, as well as suffering from the significant healthcare costs that arise with this disease. For most patients CKD is not diagnosed until it is in a very progressed stage because the clinical symptoms are normally nonexistent in the early stages, meaning that most end up in end-stage renal failure (ESRF) which requires dialysis, transplantation, or other costly and long-term medical procedures. In 2012, Viziri et al. demonstrated the relationship between the gut microbiome and CKD. Gut derived uremic toxins, created by enzymes that the microbiota of the gut harbor are a factor in the progression of CKD and in previous studies it has been observed that as renal function decreases there is an increase in these toxins. Even though we know the connections with advanced stages of the disease, there is little research that has been done to potentially use the microbiome to diagnose early stage CKD, which leads to the researchers main question. Continue reading “Could the Gut Microbiome be the Answer to Chronic Kidney Disease?”
Attention Deficit Hyperactivity Disorder, also known as ADHD, is one of the most prevalent psychiatric diseases in childhood adolescence across the globe (Polanczyk et al, 2005). Children with ADHD find difficulties with their inattention, hyperactivity, and/or inability to control their impulses. These lifelong symptoms are caused by numerous neurotransmitter systems and various brain functions. Prenatal conditions such as low birth weight, prematurity, and prenatal exposure to alcohol and/or other toxins are external risk factors. The socioemotional environment during postnatal development and food constituents/micronutrients can also contribute to ADHD symptom severity (Capusan et al, 2005). There are many risk factors in early development associated with ADHD, such as delivery method, gestational age, type of feeding, maternal health, and early-life stressors, all of which have an effect on the gut microbiota of patients with ADHD.Continue reading “Attention Deficit in Teenage Boys: Who Would’ve Guessed?”
Coral reefs are prime examples of thriving diversity, none more than the Coral Triangle, which is located in the ocean surrounding the archipelagos of the Philippines and other islands above Australia, pictured in the orange area of Figure 1. For hundreds of years, the Coral Triangle has fascinated scientists. This area contains more species of corals than any other area in the world, but scientists do not know how so many corals came to occupy the Coral Triangle. Recently, a group of scientists led by Danwei Huang came together to investigate four hypotheses on diversity in hopes to find which one is most accurate with regard to the corals of the region.