Year of Approval | Trade name (General name) | Target cell (in vivo/ex-vivo | Indication | Animal model | Details | Comments | Category | References |
---|---|---|---|---|---|---|---|---|
2011 | Neovasculgen | In vivo | Peripheral vascular disease and limb ischemia | rabbit | N/A | With bone grafting (n = 12) and empty defects (n = 6) | Disease induction | [43] |
2012 | Glybera | In vivo | Familial Lipoprotein Lipase Deficiency | cat | N/A | Naturally, homozygous for an LPLG412R mutation | Spontaneous | |
2012 | Glybera | In vivo | Familial Lipoprotein Lipase Deficiency | mice | Immunocompetent | LPL knockout mouse—used for initial studies | Genetically engineered | |
2012 | Glybera | In vivo | Familial Lipoprotein Lipase Deficiency | mice | Immunocompetent | LPL knockout mouse—further complicated by the presence of significant local muscle pathology | Genetically engineered | |
2013 | Kynamro | In vivo | Homozygous familial hypercholesterolemia | mice | N/A | Mice bred with no LDL receptor and expressing human apoB-100 who developed extensive atherosclerotic plaques | Genetically engineered | [46] |
2016 | Ampligen | In vivo | Chronic fatigue syndrome/myalgic encephalomyelitis | N/A | N/A | No information was found for this product | N/A | N/A |
2016 | Exondys 51 | In vivo | Duchenne Muscular Dystrophy (DMD) | mice | mdx | Up to 960 mg/kg/week of IV-administered eteplirsen | genetically engineered | [47] |
2016 | Exondys 51 | In vivo | Duchenne Muscular Dystrophy (DMD) | monkey | N/A | Cubcutaneous or IV administration of eteplirsen up to the 320 mg/kg maximum dose | N/A | [47] |
2016 | Spinraza | In vivo | Spinal Muscular Atrophy | mice | Δ7 | The complete details pertaining to the model are provided within the source | Disease induction | [48] |
2016 | Spinraza | In vivo | Spinal Muscular Atrophy | mice | Taiwanese type I | The complete details pertaining to the model are provided within the source | Genetically engineered | [48] |
2016 | Spinraza | In vivo | Spinal Muscular Atrophy | mice | Taiwanese type III | The complete details pertaining to the model are provided within the source | Genetically engineered | [48] |
2016 | Spinraza | In vivo | Spinal Muscular Atrophy | mice | Burgheron | The complete details pertaining to the model are provided within the source | Genetically engineered | [48] |
2016 | Strimvelis | Ex-vivo | Severe combined immunodeficiency (SCID) due to ADA deficiency | mice | Immunodeficient | Peripheral blood lymphocytes from patients affected by ADA- SCID were transduced with a retroviral vector for human ADA and injected into immunodeficient mice | Xenograft | |
2016 | Zalmoxis | Ex-vivo | Restoring the immune system of the patient after hematopoietic stem cell transplantation | mice | Immunodeficient | NOD—Subcutaneously transplanted with human skin | Xenograft | [51] |
2017 | Invossa | Ex-vivo | Moderate Knee Arthritis | rat | MIA | Monosodium ModoAcetate + Surgery | Disease induction | |
2017 | Luxturna | In vivo | RPE65 mutation associated retinal dystrophy | dog | N/A | Naturally occurring animal model with mutated RPE65 | Spontaneous | [54] |
2018 | Onpattro | In vivo | Hereditary Transthyretin-related Amyloidosis | mice | hTTR V30M HSF1± | The complete details pertaining to the model are provided within the source | Genetically engineered | [55] |
2018 | Tegsedi | In vivo | Hereditary Transthyretin-related Amyloidosis | mice | hTTR-Ile84Ser | The complete details pertaining to the model are provided within the source | Genetically engineered | |
2019 | Collategene | In vivo | Critical Limb Ischemia | rabbit | N/A | Surgical operation | Disease induction | |
2019 | Collategene | In vivo | Critical Limb Ischemia | rat | N/A | Surgical operation | Disease induction | |
2019 | Vyondys 53 | In vivo | Duchenne Muscular Dystrophy | mice | mdx/ulmr^ ~ / Xist^^ | The complete details pertaining to the model are provided within the source | Genetically engineered | |
2019 | Waylivra | In vivo | Adult Familial Chylomicronemia syndrome | mice | N/A | C57BL/6 mice, Ldlr -/- mice (B6.129S7-Ldlrtm1Her/J, Jackson Laboratories, Bar Harbor, ME), Ob/Ob (B6. Cg-Lepob/J) and apoC-III -/- mice (B6.129P2 Apoc3tm1Unc) | Disease induction | |
2019 | Waylivra | In vivo | Adult Familial Chylomicronemia syndrome | mice | CETP Transgenic Ldlr -/- Mice | They were generated by breeding the huCETP Tg animals with mice lacking a functional LDL receptor | Genetically engineered | |
2019 | Waylivra | In vivo | Adult Familial Chylomicronemia syndrome | monkey | N/A | Administration of a high fructose supplement | Disease induction | |
2019 | Waylivra | In vivo | Adult Familial Chylomicronemia syndrome | rat | N/A | Sprague Dawley—fed a high fructose diet | Disease induction | |
2019 | Waylivra | In vivo | Adult Familial Chylomicronemia syndrome | rat | Zucker diabetic | ZDF-Leprfa/Crl—Full information about the model is given in the source | Genetically engineered | |
2019 | Zolgensma | In vivo | Pediatric Spinal Muscular Atrophy | mice | SMNΔ7 | In the SMA mice model (SMNΔ7 mice) a decreased mass of the left ventricle and decreased wall thickness putatively due to eccentric hypertrophy is observed | Genetically engineered | |
2019 | Zolgensma | In vivo | Pediatric Spinal Muscular Atrophy | monkey | SMA | Injection of scAAV9.CB.GFP in young cynomolgus monkeys | Genetically engineered | |
2019 | Zynteglo | Ex-vivo | Adult transfusiondependent ß thalassemia | mice | Immunodeficient | BB305 LVV-transduced mouse bone marrow cells (BMCs) immunodeficient, myeloablated mice | Genetically engineered | [66] |
2020 | Givlaari | In vivo | Porphyria | mice | T1/T2 AIP | Combined PB/DDC inductions were performed in male AIP mice—Full information about the model is given in the source | Genetically engineered | |
2020 | Givlaari | In vivo | Porphyria | monkey | N/A | Naive Chinese—Full information about the model is given in the source | N/A | |
2020 | Givlaari | In vivo | Porphyria | rat | AIP | PBGD knockdown—Full information about the model is given in the source | Genetically engineered | |
2020 | Leqvio | In vivo | Primary hypercholesterolemia | monkey | N/A | Dedicated PD drug interaction studies have not been conducted in animals but the applicant performed a 13-week repeated dose toxicology study in Cynomolgus monkeys with coadministration of inclisiran (once monthly SC) and/or atorvastatin (orally daily) | Disease induction | |
2020 | Libmeldy | Ex-vivo | Metachromatic Leukodystrophy | mice | As2–/– MLD | C57BL/6 & congenic C57BL/6 Ly45.1—As2–/– MLD mice were bred in the H.S. Raffaele animal research facility by intercrossing the homozygous offspring of two carrier mice obtained by rederivation (embryo transfer) of As2–/– males with C57BL/6 females | Spontaneous | |
2020 | Oxlumo | In vivo | Primary hyperoxaluria type 1 | mice | AGT-deficient null | Mutant mice lacking liver AGXTmRNA and protein | Genetically engineered | |
2020 | Oxlumo | In vivo | Primary hyperoxaluria type 1 | monkey | N/A | Naive Chinese | N/A | |
2020 | Oxlumo | In vivo | Primary hyperoxaluria type 1 | rat | N/A | Sprague–Dawley | N/A | |
2020 | Viltepso | In vivo | Duchenne Muscular Dystrophy | dog | CXMD | With frozen spermatozoa driven from a golden retriever | Spontaneous | [76] |
2021 | Amondys 45 | In vivo | Duchenne Muscular Dystrophy | mice | mdx | The complete details pertaining to the model are provided within the source | Genetically engineered | |
2021 | Skysona | Ex-vivo | Juvenile Cerebral Adrenoleukodystrophy | mice | Immunodeficient | There are no animal models of CALD that recapitulate the human disease and could be used for demonstration of improvements in cerebral inflammation and demyelination. Brain engraftment of Lenti-D transduced CD34 + HSCs myeloablated immunodeficient mice in pivotal combined in vivo | Genetically engineered | |
2022 | Hemgenix | In vivo | Hemophilia B | mice | Knock-out | B6.129P2-F9tm1Dws mouse model of Hemophilia B | Genetically engineered | |
2022 | Hemgenix | In vivo | Hemophilia B | monkey | N/A | No more information was found for this model | N/A | |
2022 | Rovtavian | In vivo | Hemophilia A | mice | Immunodeficient | Immune deficient Rag2 constitutive knockout mouse model (B6.129S6-Rag2tm1Fwa N12; Rag2-/-) | Genetically engineered | [83] |
2022 | Rovtavian | In vivo | Hemophilia A | mice | Immunodeficient | The hemophilia A knockout mouse crossed with a Rag2-/- mouse model (B6;129S-F8tm1Kaz/J x B6.129S6-Rag2tm1Fwa N12; Rag2-/- x FVIII-/-) | Genetically engineered | [83] |
2022 | Rovtavian | In vivo | Hemophilia A | monkey | N/A | Rhesus—No more information was found for this model | N/A | [83] |
2022 | Rovtavian | In vivo | Hemophilia A | monkey | N/A | Cynomolgus—No more information was found for this model | N/A | [83] |
2022 | Upstaza | In vivo | Aromatic L-amino acid decarboxylase (AADC) deficiency | mice | AADC deficiency | AadcS250F/S250F mice carry a conserved C890T base pair (S250F amino acid) mutation in the mouse Ddc gene. This mutation corresponds to a human C835T missense mutation associated with infantile Parkinsonism | Genetically engineered | [84] |
2022 | Upstaza | In vivo | Aromatic L-amino acid decarboxylase (AADC) deficiency | monkey | N/A | Models of Parkinson’s disease | Genetically engineered | [84] |
2022 | Upstaza | In vivo | Aromatic L-amino acid decarboxylase (AADC) deficiency | rat | N/A | Models of Parkinson’s disease | Genetically engineered | [84] |
2023 | Elevidys | In vivo | Duchenne muscular dystrophy | mice | mdx | The complete details pertaining to the model are provided within the source | Genetically engineered | [85] |
2023 | Elevidys | In vivo | Duchenne muscular dystrophy | rat | Dmdmdx | The complete details pertaining to the model are provided within the source | Genetically engineered | [86] |
2023 | Vyjuvek | In vivo | Dystrophic epidermolysis bullosa | mice | Immunodeficient | Colony of homozygous Col7a1flNeo mice, which are a strain expressing only 10% of the amount of murine type VII collagen found in normal mouse skin. For xenografting, NOD/SCID mice were used (NOD.CB17-PrkdcSCID/J mice; stock 001303; The Jackson Laboratory) | Xenograft | [86] |