1971 |
Tsui CY, Burch GE[61] |
mice |
Coxsackie virus B4 |
intraperitoneal |
The lesions tended to be focal but at times were
fairly extensive. There were no specific sites of predilection. Acute
pericarditis was present as early as 2 days after inoculation and after
8 weeks all lesions were replaced by dense fibrous scar
tissue. |
1980 |
Matsumori A, Kawai C[62] |
mice |
Coxsackie virus B3 |
intraperitoneal |
Marked perimyocardial fibrosis and calcification in
the right ventricle within 3 months persisting up to 6 months after
inoculation with Coxsackie virus B3. This animal model may provide an
opportunity for studying the natural history of perimyocarditis of viral
etiology including chronic or constrictive pericarditis in
humans. |
1982 |
W C. Reeves, et al[63] |
rabbit |
Radiation |
irradiated the
hearts of rabbits |
Pericarditis without mentioned
constriction |
1984 |
N G. Pandian, et al[64] |
dog |
an irritant mixture
consisting of tincture of iodine (20 ccs), Dakin’s solution (20 ccs),
sterile talcum powder (l tablespoon) and tetracycline hydrochloric
powder (l g) |
thoracotomy |
constrictive pericarditis happened in most
of the experimental dogs |
1986 |
Pagé PL[65] |
dog |
sterile talcum powder |
pericardiotomy |
It’s a pericarditis model without constriction. |
1987 |
L V, Leak, et al[66] |
sheep |
Heat-killed staphylococci and
Freund’s adjuvant |
sterile surgical procedures |
It’s an animal model
of acute pericarditis and its progression to pericardial thickening and
adhesions, however, not mentioned constriction or not. |
2004 |
Marina Afanasyeva, et al[67] |
Wild-type and IFN-γ-KO BALB/c
mice |
Mice received subcutaneous injections of 200 to 250 ug of CM
emulsified incomplete Freund’s adjuvant (Sigma) on days 0 and 7 and
intraperitoneal injection of 500 ng of pertussis toxin on day 0 |
subcutaneous injections and intraperitoneal injection |
The study
suggested that IFN-γ deficiency promoted the severity of pericarditis by
leading to both greater inflammation and increased fibrosis in the
pericardium, which provided a novel animal model of constrictive
pericarditis. |
2007 |
Andre d’Avila, et al[68] |
swine |
underwent epicardial
mapping and ablation after transthoracic subxyphoid puncture |
transthoracic subxyphoid puncture |
intense adhesion between the
parietal and the visceral pericardium can be found in all control
animals. |
2009 |
Panupong Jiamsripong, et al[69] |
swine |
ethyl cyanoacrylate
glue with 8-12stitches |
surgery |
It’s an animal model about
constrictive pericarditis. |
2016 |
L A Bokeriya, et al[70] |
rabbit |
Postoperative pericarditis
in rabbits was modeled by exposure to a complex of aggressive factors:
mechanical injury, drying, injection of talc particles and cotton fibers
into the pericardial cavity, parietal pericardium suturing |
pericardiectomy |
Pericarditis with adhesions which may contribute to
constriction. |