Medicare's maximum allowable actual charge program
Blehart, B.D.; King, C.P.
Journal of Medical Practice Management Mpm 3(1): 6-8
1987
ISSN/ISBN: 8755-0229 PMID: 10301880 Document Number: 301002
Document emailed within 1 workday
Related Documents
Maillard, M. 1985: Should maximum allowable dosage concern us? L' Information Dentaire 67(14): 1295-1297Zamfir, G.; Apostol, S.; Gavat, V.; Filipiuc, M. 1975: Researches on Dipterex in view of Establishing the allowable maximum concentration Environmental Quality and Safety. Suppl 3: 845-849
Kurbanov, B.D. 1992: Materials for the substantiation of maximum allowable concentration of dilor in the ambient air Gigiena i Sanitariia 1992(7-8): 12-14
Malinovskaia, T.A. 1988: Hygienic substantiation of the maximum allowable concentrations of sumicidin in atmospheric air Gigiena i Sanitariia 4: 70-72
Capodaglio, E.; Maugeri, U. 1973: M.A.C. (Maximum Allowable Concentration) in high-temperature work places La Medicina del Lavoro 64(5): 198-205
Akbarov, A.A. 1981: Materials for the derivation of a maximum allowable concentration of germanium in the ambient air Gigiena i Sanitariia 12: 57-58
Kogaĭ, R.E. 1993: Substantiation of maximum allowable concentration of bioactive dust in the environmental air Gigiena i Sanitariia 3: 12-13
Motuzinskiĭ, N.F.; Larionov, I.M. 1992: Hygienic substantiation of maximum allowable concentration of isatrin in the soil Gigiena i Sanitariia 1992(7-8): 24-26
Capellini, A. 1973: Importance of M.A.C. (Maximum Allowable Concentration) in preventive medicine of the workers La Medicina del Lavoro 64(5): 215-217
Safran, D.Gelb.; Wilson, I.B.; Rogers, W.H.; Montgomery, J.E.; Chang, H. 2002: Primary care quality in the Medicare Program: comparing the performance of Medicare health maintenance organizations and traditional fee-for-service medicare Archives of Internal Medicine 162(7): 757-765
Laĭtarenko, G.V.; Tsyganok, V.M. 1990: Experimental basis of maximum allowable concentration of phosphamine in the water of reservoirs Gigiena i Sanitariia 4: 7-9
Riazanova, R.A.; Gadalina, I.D.; Gafurova, T.V.; Pan'shina, T.N.; Malysheva, M.V.; Mikhaĭlova, O.G.; Nikolaeva, N.I.; Busova, T.N. 1998: Experimental substantiation of maximum allowable concentration of pesticide sulfocarbathion K in the workplace air Meditsina Truda i Promyshlennaia Ekologiia 1: 36-38
Frolova, A.D.; Lisman, M.B.; Dvorkin, E.A.; Berliner, E.G. 1984: Predicting the maximum allowable concentrations on the basis of the results of a short-term experiment Gigiena i Sanitariia 10: 56-58
Valeev, T.K.; Suleĭmanov, R.A. 2010: Hygienic rationale for the maximum allowable concentration of agidol 10 in the ambient air of inhabited localities Gigiena i Sanitariia 1: 95-97
Beletskiĭ, V.S. 1990: Substantiation of the mean working day maximum allowable concentrations of dusts with differing degrees of fibrogenesis Gigiena i Sanitariia 9: 8-11
Tychinin, V.A. 1986: Certain questions concerning the methodologic basis for maximum allowable concentrations of hazardous substances in workplace air Gigiena Truda i Professional'nye Zabolevaniya (10): 5-10
Tatevosian, A.E.; Sakhkalian, E.O. 1984: Experimental determination of the maximum allowable concentration of the acaricide plictran in the air of the work zone Gigiena Truda i Professional'nye Zabolevaniya (5): 52-53
Kovalev, A.F. 1992: Substantiation of maximum allowable concentration of ammonium metavanadate aerosol in the air of work zones Gigiena i Sanitariia 1992(7-8): 26-28
Wiecek, E. 1997: Problems associated with setting maximum allowable concentrations (MAC) of harmful substances present in the work environment Medycyna Pracy 48(1): 75-83
Linnet, K. 1989: Choosing quality-control systems to detect maximum clinically allowable analytical errors Clinical Chemistry 35(2): 284-288