In order to be diagnosed with dysgraphia, one must have a cluster, but not necessarily all, of the following symptoms:

The symptoms of dysgraphia can change as one ages. Dysgraphia may cause students emotional trauma often due to the fact that no one can read their writing, and they are aware that they are not performing to the same level as their peers. Emotional problems that may occur alongside dysgraphia include impaired self-esteem, lowered self-efficacy, reduced motivation, poorer social functioning, heightened anxiety, and depression. They may put in extra efforts in order to have the same achievements as their peers, but often get frustrated because they feel that their hard work does not pay off. Dysgraphia is a hard disorder to detect as it does not affect specific ages, gender, or intelligence. The main concern in trying to detect dysgraphia is that people hide their disability behind their verbal fluency/comprehension and strong syntax coding  because they are ashamed that they cannot achieve the same goals as their peers. Having dysgraphia is not related to a lack of cognitive ability, and it is not uncommon in intellectually gifted individuals, but due to dysgraphia their intellectual abilities are often not identified. Associated conditions
There are some common problems not related to dysgraphia but often associated with dysgraphia, the most common of which is stress. Developing an aversion to writing is another common issue.
The mechanism is selective for the CFTR and CaCC, as other channels involved in intestinal fluid secretion, namely sodium and potassium channels, are not affected by crofelemer, nor is cAMP or calcium signaling.Crofelemer is minimally, if at all, absorbed from the gut into the bloodstream, and is mostly excreted in the stools. Adverse effects and interactions
Crofelemer is well tolerated; and the only adverse effects found in clinical studies were mild gastrointestinal effects at the same level as under placebo. The most common adverse reactions (≥ 3%) are: upper respiratory tract infection, bronchitis, cough, flatulence and increased bilirubin. Origin and chemistry
Crofelemer is an oligomeric proanthocyanidin mixture primarily composed of (+)–catechin, (–)–epicatechin, (+)–gallocatechin, and (–)–epigallocatechin monomer units linked in random sequence, as represented below. The average degree of polymerization for the oligomers ranges between 5 and 7.5, as determined by phloroglucinol degradation. The substance is a purified oligomeric proanthocyanidin from the sap, or more correctly the latex, of the South American tree Croton lechleri (locally called Sangre de Grado or Sangre de Drago). This is one of several plants producing bright red latex or resin called "dragons blood". Crofelemer is a complex mixture of procyanidins and prodelphinidins with up to 30 (epi)catechin or (epi)gallocatechin units per molecule, resulting in a molecular mass of up to 9 kDa. History of Crude Plant Latex (Dragons Blood) and Crofelemer
The crude plant latex of C. lechleri is traditionally used in South American medicine for the treatment of diarrhea, wounds, inflammations, tumors, insect bites, and other conditions.