RANJIT C. DESAI,PANKAJ R. PATEL,BRIJESH K. SRIVASTAVA
申请号：
ARP130105054
公开号：
AR094299A1
申请日:
2013.12.27
申请国别(地区):
AR
年份:
2015
代理人:
摘要：
1. Characteristics: A and B are selected independently from hydrogen and tar, or combined with carbon atoms to form a cyclopentyl, isocyclopentyl, arilo or isomerization group； R1,each time it appears, it is independently selected from H, halogen, or groups selected from C₁₋₁₂ alkyl,1. Halide, ethylene oxide, asphalt or asphalt group (oso 832222)；Among these substitutes, each group can be optionally replaced by appropriate substitutes； m = 1-4； L = - O -, s -, NH； R2 is selected from the substitutes composed of hydrogen, hydroxyl, tar, cyclopentyl, oxo, C (o) or 83099 and other atoms；-C (O) Ro -C (O) NR RAmong these groups, one or more substitutes selected from halogen, hydroxyl, tar or Alcoy groups replaced the tar and cyclopentyl； R3 and r83088 were selected independently from the atoms of hydrogen, tar, hydroxyl, alcoxi, cyclopentyl-c (o) or83099；-OC (O) R-O (CH) C (O) OR-C (O) R-NHC (O) R-8310； 8311；-OC (o) n838310r8311o-c (o) n838310r831180； r8311o, or in other ways, R3 and r83080 together form an oxo group； each D and e atom in the ring is independently selected between C and N atoms； D and E are interconnected to form a five member X-ring, and X is selected from the ring, between cyclopropene, isopropene and isopropene； There, bicycles, non bicycles, aliens, are also replaced by one or more suitable substitutes； r83099,Each time, the substitution group was selected from tar, cyclopropyl compound, isocyclopropylene, arilo or isobutylene group, r8310 or r8311 group；Each time, an alternative group selected independently from the hydrogen atom, tar, cyclopentyl atom, isomerized atom, arilo atom or isomerized atom is selected independently in H； alternative forms r8310a and r8311d are formed together with nitrogen atom or cyclically different bicycle； a. The heterocyclic ring contains one or more heteroatoms selected from n, O, s (o) 8345；N is 0, 1 or 2； P is 0, 1 or 2.Reivindicación 1: Compuesto que tiene la estructura de fórmula general (1) caracterizado porque:
