Quality of Life for Patients Recovered from Covid-19

86 patients were included (70.9% women and 29.1% men), mean age 37.69. COVID-19 infection begins an average of 12.2 weeks after clinical recovery. According to the VQ11, the quality of life was impacted in 55.8% of cases, observed especially in the areas of physical (47.7%), emotional (50%), and social life (34.8%). According to the PICHOT scale, 53.5% have pathological fatigue; among them 41.8% report the presence of excessive fatigue.

The quality of life was assessed by the VQ11 selfquestionnaire, which was developed by NINOT (2010) and coll. It was formed from around twenty health practitioners (pulmonologists, physiotherapists, nurses, psychologists) and more than 160 COPD patients.
It is made up of 3 areas: Functional, Psychological and Relational [2]. These 3 areas group together eleven (11) questions with five (5) levels of intensity. (Value from 1 to 5: not at all, a little, moderately, a lot and a lot). The total score is 55. It is fast, reproducible, easy to use and interpret in the optics of being used in routine consultation practice.
As well 45.3% reported the presence of fatigue (Much to extremely) in their activities of daily living, 20.9% suffered physical sequelae (Many), and 24.4% of psychic sequelae (Many) (Figure 2).
The PICHOT scale showed that 53.5% of patients have pathological fatigue (score ≥ 20). Among them, 41.8% reported the presence of excessive fatigue (score > 22). Pathological or abnormal fatigue is fatigue that occurs more quickly and persists chronically, the person feels disabled compared to his usual level of fitness to carry out his daily activities.
As well as a PICHOT fatigue scale for the overall assessment of fatigue: Among the eight (08) propositions, the patient must determine for each item a score between 0 and 4 which best corresponds to his condition (0 = Not at all; 1 = A little; 2 = Moderately; 3 = A lot; 4 = Extremely).
A score greater than or equal to 20 is considered pathological and a total greater than 22 is favor of excessive fatigue [3].
Data entry and analysis are performed with EPI Data version 3.1 and Excel 2007.

Results
Ninety (90) people answered the questionnaire, 4 were excluded (3 Patients not having a confirmed diagnosis of COVID-19 infection, 1 patient with a cardiovascular history). A total of 86 questionnaires were selected. 61 women and 25 men, average age is 37.69 years [Min = 18 years, Max = 83 years]; having presented a infection with COVID-19, the diagnosis was made either by the molecular RT-PCR test (88.4%), and/or by the lung scanner (50%) ( Table  1 and Table 2).
Infection began an average of 12.2 weeks after their "clinical recovery". 38.4% of people were hospitalized and 61.6% followed their treatments at home. 88.4% of patients received vitamin supplementation; 87.2% received antibiotic treatment; while oxygen therapy was prescribed at 22.1% ( Figure 1).
The average total score of VQ11 in our study is 25.24 points, reflecting an alteration in quality of life after infection with COVID-19.
The mean score functional = 7.6; the mean score psychological = 9.7; and the mean score relational = 8.5.
The quality of life was strongly impacted (VQ11 ≥ 22) in 55.8% of cases, observed in particular in the areas of physical (47.7%), emotional (50%), and social life (34.8%).   In our study, the infection began an average of 12.2 weeks after they had healed we consider that 55.8% have an alteration in their quality of life, and 53.5% keep pathological fatigue and physical deconditioning.
More than half of patients and staff at an Irish hospital have suffered from fatigue persistent after recovering from COVID-19, regardless of the severity of their infection; according to one studied on average ten weeks after clinical recovery of 128 patients (age average: 50 years), this study also showed that 52% reported fatigue persistent, regardless of the severity of their initial infection [5].
Psychic sequelae are also common after SARS, even after several months: Post-traumatic stress disorder in Of the 86 study participants, 29.1% reported persistent fatigue scored at 3, with concentration problems scored at 3 reported in 30.2% of cases (Table 3).

Discussion
At this point in the COVID-19 pandemic, very few studies have been done to assess the quality of life after recovery [4]. But many studies have been carried out around the sequelae of two other infections respiratory infections, SARS and MERS.
In the literature, long-term sequelae are defined as: "Any symptom that appears after 6 weeks or that persists for more than 6 weeks after the onset of symptoms of COVID19, except for symptoms and complications attributable to the acute phase of the infection" [4].  The post COVID-19 functional impact is probably secondary to affected specific to viral infection and alteration of the immune system, but also to "nonspecific" complications of acute respiratory distress syndrome (ARDS), which can progress to restrictive respiratory failure, as well as those of immobility and extended stays in intensive care [6,7].

Conclusion
Our study highlights the value of assessing the quality of life of patients after their healing, in which it is very often impaired.
Studies are needed to assess the long-term impact of COVID-19 on patients, because it is difficult to talk about the extent of the deterioration in their quality of life, it will therefore be necessary follow these long-term cured patients to get a real response