Tuberculosis is an infectious disease caused by a mycobacterium of the Mycobacterium tuberculosis complex. This disease is the second leading cause of infectious mortality in the world after infection with the human immunodeficiency virus .
Ocular tuberculosis (TB) is responsible for 5% to 10% of cases of ocular inflammation (OI) . Mycobacterium tuberculosis (MT) can affect all structures of the eye without any pathognomonic presentation. Tuberculous uveitis is the most common lesion .
Tuberculosis is in most cases multivisceral. Ocular involvement is present in two-thirds of cases  .
The number of blindness and other eye diseases associated with acquired immunodeficiency syndrome (AIDS) increases as the disease spreads  . In France, the prevalence of ocular involvement during HIV is 67%  ; in the United States 60% .
In sub-Saharan Africa, the progression of the endemic is constant with 24.7 million people living with HIV-AIDS in 2010 . In Togo, the prevalence of ocular involvement is 60.5%  ; in the DRC 64.4%  ; Rwanda 55%  ; in Senegal 52.23% .
In Mali, TOGO.R in 2013  found eye damage in the course of HIV in 87.3%.
The clinical manifestations of this infection are polymorphic and variable which makes diagnosis difficult.
This was a case study that allowed us to make a clinical observation on a tuberculous uveitis in an HIV-immunocompromised patient.
OBSERVATION: We report the case of Mr. KC, 43 years old, military who consults for right hemiplegia.
These symptoms would go back to about 3 days marked by a deficit of progressive installation of the right hemicorps preceded by diffuse headaches, of moderate intensity without triggering factor radiating to the eyes associated with an intermittent fever with periods of spontaneous remissions, night sweats and chills, non-selective anorexia, non-increasing physical asthenia and unquantified weight loss.
The physical examination found a Glasgow at 12/15, a disorientation in time and space, a deficit of the right proportional hemi-body, meningeal stiffness, a tonic-clonic crisis without notion of bite of the tongue.
The evolution is marked by the occurrence of visual blur.
Elsewhere we noted a history of cerebral toxoplasmosis in 2016 and HIV immunodepression at the same time.
The cerebral scanner objectified of small hypodensities with ring enhancement, one of which presents a more or less significant periosessional hypodensity, a diffuse hypodensity of the cerebral parenchyma with obliteration of the cortical furrows contrasting with a moderate quadrivenicular dilatation. After contrast injection, there is a moderate enhancement of the subarachnoid space of the base, an absence of spontaneously visible expansive process and peri-cerebral collection. The medial structures are in place. The cerebral fossa is of normal density and normal morphology. Filling of left mastoid cells. Sine of the well ventilated face. In conclusion, we have the appearance of tomodensitometry in favor of cerebro-meningeal tuberculosis; cerebral toxoplasmosis; left mastoiditis (Figure 1).
The absence of signs of cerebral involvement allowed us to make a macroscopic lumbar puncture that was slightly hazy; microscopy found fresh leucocytes at 202 elements/ul, rare red blood cells, yeasts: absence, bacteria: absence; Gram direct staining is negative. Indian ink noted the absence of cryptococcus; may gram giemsa found lymphocytes at 98%; chemistry found protein at 1.320 g/l (N: 0.1 - 0.45), glucose at 2.10 g/l (N: 2/3 of the blood glucose), chlorine at 125.4 g/l (N: 110 - 120), lactate: 2.15 g/l (N: 1.2 - 6.7), cerebrospinal fluid culture is sterile.
The central blood glucose was 4.17 mmol/l.
Since there was no symptomatology made of cough, the search for pulmonary tuberculosis was carried out; a chest x-ray is normal, the search for acid-fast bacilli is negative; intradermal reaction to tuberculin at 6 mm
The level of CD4 T lymphocytes was not made because of its unavailability, but the viral load on admission was 526,000 copies/ml.
Blood count number found a hemoglobin level of 9.2 g/dl, a hematocrit of 27.6%, white blood cell at 2900/mm3, red blood cell at 3,900,000/mm3, the red blood cell volume at 89 fl, Plaquette à 188,000/mm3, the corpuscular concentration at 33.3 g/dl, lymphocytes at 1720/mm3, polynuclear neutrophils at 710/mm3, polynuclear basophils at 70 mm3, monocytes at 340 mm3, lymphocytes at 1720/mm3. In front of normochromic normochromic anemia we asked the reticulocytes which come back to 35,400/mm3.
The ophthalmological consultation associated with an eye fund was requested; after this consultation the ophthalmologist to suggest to send the patient to retinophoto which objectifies posterior uveitis (Figure 2).
We have been diagnosed with multifocal tuberculosis with neuromuscular and ocular localization in an HIV-1 immunosuppressed patient in clinical and virological failure following therapeutic discontinuation due to non-observance. Management was 8-month antituberculous treatment, combining the first two months isoniazid (INH), rifampicin (RMP), pyrazinamide (PZN) and ethambutol (EMB), then the next 6 months (INH) and (RMP). The reintroduction of the same antiretroviral protocol and a reinforcement of the therapeutic education made it
Figure 1. Cerebral scanner.
Figure 2. Photo of retinitis that is indicative of posterior uveitis.
possible to observe a decrease of the viral load. The antiviral protocol used is based on two nucleoside reverse transcriptase inhibitors, a non-nucleoside reverse transcriptase inhibitor (tenofovir-lamuvidine-efavirenz): 1compressed at night in bed and a symptomatic treatment based on depakine 500 mg 1 compressed morning and evening and rehydration. Treatment of ocular involvement was instituted with the agreement of ophthalmologists namely: Timosol 1 drop in the eyes morning and evening and Diclocid 1 mg/ml: 1 drop in the morning.
After the treatment the follow-up at one month shows a viral load at 24,000 copies to become undetectable at 6 mos of treatment. At the end of the anti-tuberculosis treatment the patient was declared cured.
On the etiopathogenic level, ocular involvement is mainly due to reactivation of Mycobacterium tuberculosis (MT) favored by an alteration of the immune system (immunosenescence, chronic renal failure, immunosuppressive and anti-TNF treatments). Choroidal inflammation is caused by a cross-hypersensitivity reaction of the immune system to antigens of the choroidal or retinal pigment epithelium  . The infection is mostly pauci-bacillary with a low yield of bacteriological samples. Nevertheless, in rare cases, the infectious process is linked to hematogenous spread of Mycobacterium tuberculosis (MT) via the choroidal vessels, often associated with a pulmonary miliary chart.
We have described the case of a patient diagnosed with tuberculous uveitis during neuromenic tuberculosis/HIV1, a treatment failure. Tuberculous uveitis is the most frequent ocular lesion . TB is the leading cause of OI of infectious origin in developing countries (60% of infectious uveitis and 5% of all OIEs) . The ULISSE study, which recently compared a standardized strategy to a free strategy for the etiological diagnosis of uveitis, shows that tuberculosis is responsible for 10.7% of the identified cause uveitis among the 676 patients included . The prevalence of ocular TB is greater in immunocompromised patients  and asymptomatic ocular involvement is not uncommon in these subjects, justifying systematic ocular exploration . This diagnosis was retained on the basis of clinical and paraclinical arguments.
Ocular involvement is a rare localization of tuberculosis, multidisciplinary management with ophthalmologists allowed us to diagnose this localization in this specific case.
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