The disease process of multiple myeloma has several factors that cause elevated erythrocyte sedimentation rate ESR. First of all, abnormal proteins produced by myeloma cells or rather immunoglobulins and their components may cause the increase in blood viscosity which leads to an increased ESR. Myeloma cells can cause inflammation and increase the secretion of some proteins that influence sedimentation rate. The effect of the disease on marrow function, and in particular its overproduction with plasma cells may also impact ESR levels. Elevated levels of the ESR are quite general in pricing an infection and can act as a predictor to determine how much myeloma-related irregularities is presently affecting one’s body. Monitoring of ESR regularly with other clinical parameters helps to evaluate disease progression and the patient’s response to treatment in multiple myeloma.

Spinal infarction or spinal stroke is a disruption of the blood flow to the spinal cord and injury of its tissues. The causes may consist of atherosclerosis, where the arteries are narrowed or blocked because of plaque accumulation, and embolisms when blood clots or other debris travel to spinal arteries leading to reduced blood flow. Other possible causes include vasculitis, arteritis, or disorders of coagulation. .

Core D or stem cell therapy can help you.

The risk of inheriting Motor Neuron Disease (MND) depends on the specific genetic mutations. Having a parent with MND does not guarantee that you will develop the condition, as the majority of cases are sporadic. If there is a known genetic mutation in the family, genetic counseling can provide more information about the risk.

Yes so the process of extracting fetal stem cells from the embryo can destruct the embryo. This is because the cells are usually obtained from the inner cell mass of the embryo, which is a stage of development where the embryo is destroyed in the process. Alternative sources of stem cells, such as adult stem cells and induced pluripotent stem cells (iPSCs), have been developed to overcome some of the ethical concerns associated with using fetal stem cells. 

Cerebral palsy is a neurological disorder, but there currently is no cure for this disease; however, several therapeutic interventions are targeting symptomatic management and quality of life improvement. Possible treatment methods include physical therapy, occupational therapy, speech therapy, medications to control associated conditions such as muscle spasticity, and sometimes surgical procedures that rectify individual predicaments.