TY - JOUR
T1 - Advances in Preclinical Platforms of Loa loa for Filarial Neglected Tropical Disease Drug and Diagnostics Research
AU - Wanji, Samuel
AU - Chunda, Valerine Chawa
AU - Fombad, Fanny Fri
AU - Njouendou, Abdel Jélil
AU - Gandjui, Narcisse Victor T.
AU - Ritter, Manuel
AU - Enyong, Peter A.
AU - Mackenzie, Charles
AU - Taylor, Mark
AU - Hoerauf, Achim
AU - Turner, Joseph
PY - 2021/11/8
Y1 - 2021/11/8
N2 - The tropical disease, loiasis, caused by the filarial parasite, Loa loa, has gained prominence in global public health as a cause of excess mortality and a barrier to the elimination of the related prioritized neglected tropical diseases (NTDs), lymphatic filariasis and onchocerciasis, within Central Africa. There are no effective drug cures or vaccines available to treat loiasis safely. Here we review recent advances in loiasis preclinical platform technologies, including novel in vitro culturing systems, animal models and innovations in experimental infections of the L. loa vector, Chrysops, that have facilitated access to all L. loa filarial life-cycle stages. We detail applications of these new model systems in anti-filarial drug screening, diagnostic development, immunology, and pathophysiology research. Finally, we provide an overview of how loiasis preclinical platforms may be further utilized in translational medicine applications to support the development of much needed new interventions against filarial NTDs.
AB - The tropical disease, loiasis, caused by the filarial parasite, Loa loa, has gained prominence in global public health as a cause of excess mortality and a barrier to the elimination of the related prioritized neglected tropical diseases (NTDs), lymphatic filariasis and onchocerciasis, within Central Africa. There are no effective drug cures or vaccines available to treat loiasis safely. Here we review recent advances in loiasis preclinical platform technologies, including novel in vitro culturing systems, animal models and innovations in experimental infections of the L. loa vector, Chrysops, that have facilitated access to all L. loa filarial life-cycle stages. We detail applications of these new model systems in anti-filarial drug screening, diagnostic development, immunology, and pathophysiology research. Finally, we provide an overview of how loiasis preclinical platforms may be further utilized in translational medicine applications to support the development of much needed new interventions against filarial NTDs.
KW - filariasis
KW - Loa
KW - loiasis
KW - lymphatic filariasis
KW - neglected tropical disease
KW - onchocerciasis
U2 - 10.3389/fitd.2021.778724
DO - 10.3389/fitd.2021.778724
M3 - Review article
SN - 2673-7515
VL - 2
SP - 778724
JO - Frontiers in Tropical Diseases
JF - Frontiers in Tropical Diseases
M1 - 778724
ER -