In spite of depression having well-known genetic risks, research has struggled to pin point the biological and neurobiological aspects to the disorder. However with developments in technology and the increased research being conducted in the resent year on the biological aspects of depression, more theories and findings are emerging that are bringing hope to suffers of clinical depression. Despite the slow trial and error method in the field of depression, there have been notable progressions in the advancements of the molecular biology of depression. Research methods currently available in unpacking the neurobiology of depression boasts an array of experimental techniques in assessing humans and animals that is unprecedented within the domain of depression. Such procedures including genome-wide DNA sequencing, chromatin
In spite of depression having well-known genetic risks, research has struggled to pin point the biological and neurobiological aspects to the disorder. However with developments in technology and the increased research being conducted in the resent year on the biological aspects of depression, more theories and findings are emerging that are bringing hope to suffers of clinical depression. Despite the slow trial and error method in the field of depression, there have been notable progressions in the advancements of the molecular biology of depression. Research methods currently available in unpacking the neurobiology of depression boasts an array of experimental techniques in assessing humans and animals that is unprecedented within the domain of depression. Such procedures including genome-wide DNA sequencing, chromatin