@AddisonBio5 @gapp_5 it’s a sad, unhopeful day for premature babies born with achondrogenesis, a severe malformation of bones caused by the MICROTUBULES in the GOLGI APPARATUS. remember, life is precious :(
the genetic diseases caused by errors in dna in the nucleus like alzheimer’s, cystic fibrosis, and leukemia are MUCH more prevalent. those three combined have over 3 million cases a year, affecting more than 1% of the population
you’re excluding the fact that mitochondrial diseases are EXTREMELY rare, less than 20,000 cases in the U.S. a year, or .00641% of the population as recorded in 2017
you’re excluding the fact that mitochondrial diseases are EXTREMELY rare, less than 20,000 cases in the U.S. a year, or .00641% of the population as recorded in 2017
@powerhouse5th Also, keep in mind that there are many, MANY more different kinds of diseases caused by the Mitochondria, with their own different causes and symptoms.
yes, mitochondrial diseases are incurable, but strong treatments exist, just like treatments exist for other incurable diseases like diabetes or emphysema
@ThenucleusR may seem like the brain, but in reality it’s really an incompetent case of dna that is often dysfunctional and causes diseases such as Alzheimer’s, Parkinson’s, luekemia, various cardiac diseases, and aging disorders
this photo shows how @ThenucleusR will malfunction and relocate and condense genes into the center. this irresponsible action leads to heart, blood vessel, and muscle deterioration
photo from Agency of Science, Technology, and Research (A*STAR)
@Lysosome4th check your facts. the specimen you’re talking about is a bacteria that lives in chinchilla intestines—since mitochondria use oxygen, which is scarce is chinchilla guts, they can’t utilize mitochondria. last time i checked, humans and most other eukaryotes will ALWAYS rely on us
@Gang5Ret you do realize you are attacking @gapp_5 for the exact same thing you cause, right? under stress, you develop diseases such as Alzheimer's, atherosclerosis, type 2 diabetes, liver disease, and cancer. not the best way to deal with stress
@cytopla5m_cell well at least we’re actually working, you’re just lazily watching us. did you know that if something is “too big” to pass through the cell membrane, it has to use ATP from the mitochondria to help transport? come on, you could at least help a little.
why support the wall when they can’t even support our cells? decent at best, careless at worst—receptor related diseases like Grave’s disease spread when the cell membrane allow harmful materials in, and that’s the tea
bad day? we chloro-feel for you. luckily, chloroplasts photo-sympathize AND photosynthesize— providing converting energy from the sun to stored ATP molecules. ☀️🌱