![6-Bromo-5-methylbenzo[d]oxazole](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAkVAAAJFQEUgh3EAAAB+XpUWHRtb2xTb3VyY2UAAHichZTrb5swEMD/lZM/L/jBy0QhVbZq0qR2k9pO2rfJASdFCnZlyOu/35nQLDQbESDuzvc7fA8zuzvUG9hp11TW5IQHjIA2hS0rs87Jz5evE0nu5rMCndDRNDl5bdu3KaX7/T4oXnWtDtYEha3JaX16aKqBzz4MrFtTwRinvx4fnjtmUpmmVabQSDXVtOmMD7ZQbbeL/3yC1srtKkNP7rR2u1O034L5mwWHpiR/c/mCawtEYVVtNKysq1ULO8ECvNknWGujnWp1CcsjmsMgwtzns8d7W2xrbVoUfYSqUJvn1m0LNNR2o4stBkPh231Oao6Aam29cE4dwUverDgoASoEFYGKQSWgUlASVAaKM3w41nij/Udejm8adwqn6zs+P3r5s8PaiJzEAc9SCWEgk4iDCOKQRcDRmKQwwVySNIMJ6mnIz3q/3Dv36CkQgaPwbQ6ZkOjAUnx91OIsyVCTEWpYFClTjJHwTgulkEMNS0DPNZjPltaUFyJUZU6WmLB3edKrRvT1IWBdqR3uxQfwrpeAGAK+mmdg8S8gHAK+9uNANAR8p8aBeAj4vo4DyRDwUzAOpEPAz8w4IK9yuAFkQ8CP5DjA2ZDoJvgGwq96dxP50O73Q3I9IfRivOj7cUTx6qjSi3NM8e81/wOUbnaogMdH0gAADJ5JREFUeF7tnHeMFEcWh+EPDPwBQgSTc86IJYiMCTaLySILBCKDQSanIxlkMEkIRDCYZC0ZzMGRjhx1LGGXvGSTc85pl3f9q/UMM0X3MKFnd5n3PgnNTlf39DBfV9V7VdWdjAR2JNM3CKGPSGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISGeISE8idAsLU/+6ly9Pwxs1oqPbt+u72IZITyJAOPgYF0cxhw5Rv+++0/awD5GeRNClj2ja1K3s3zNnUp+qVZ3bAoGt9Js3b1L37t3p1atXelGi4Gje8a9nxYp0Yu9et7KDGzeqC8IO7Jf+5AmR0SdR2rREjRsTPX2q75GovH37lsaPH09Zs2alatWqUZ48eWjZsmX6bgmOs6Z//Ejno6LoX/jtXMriYmOd7wPFfuk//UTUtSvR48fxrz//rO+RaKxdu5by589PHTt2pNu3b6ttx48fp5o1a1JVo+k8evSodkTCoUt37dMdZXZhv/ScOYmuXIn/+++/iXLndi1NFE6ePEm1atWiSpUq0eHDh/VixerVqylfvnzUqVMnunv3rl4cdJzRe7lyNPTHH+nw1q1uZXZiv/RvviF69y7+b7ymTOlenoA8fPiQevbsaVx3uSkiIkIv/ow3b97QuHHjVNM/ceJE4+v/8/8IAqjR6Kcjfv1VLwo69ktPAjX9w4cPNH36dCVv5MiR9PLlS30XjyDIa9++PRUsWJDWr1+vFwfMZaPlmdChA00zLsjbly/rxUHHfum9epn36RcuEP3+O9E/fWmw2Go0i0WLFqWWLVvS1atX9WKfOHjwIFWoUIHq1q1LZ86c0Yt95sm9e7TQuAiRjh13ic4TGvulQ3aDBvHRO6J4R/Ru1B7q0YMoWzYywmaiadOIrl1zPzYALhgXVQPjvGXKlKG9Nv6gaIYXL15MuXLloj59+tCjR4/0Xb7IOyNj2DR/Pg364Qf6759/0of37/VdEhT7pX8J40ekffuI+vYl45ckMnJS+u03okuX9D294tmzZzRw4EDKnj07zZs3j+Isctl7Ri1bsGCBagEQqSNVS2nEG3jFe2xHOfYz48WLFzR8+HDjms1Gs2bNolgvUyhHgDhlyBB65scFEwzsk270o34RGUlk/CBGLkVUujTtHDuWYmJi9L0+A3LnG7UHsvv37280KObjAQcOHKDatWsrWV26dKF169apaP7BgweqHK94j+0ox37YH8eZcdnog5s1a0YlSpSgHTt26MVOHKlglSpVEjUVNMMe6du2EdWooW/1HeOHmmn0eeiTixQpooKwY8eO6XsZDcU+Klu2LNWvX5/Onz+vFyuuGMFk48aNqVixYkqoL2B/HIfj8Tlm7Nq1i0qWLElNmjQxGqlPrRQuom7duiWZQR8zApeO5hDN9JEjeklAnD17lsYatR59NJrHwYMH05o1a6h169bqgtiyZYt+iBP06TmNLGLOnDleN8M6OA7H43OsYgTHPmgdBg0a5Ez3Ro8enWSGd80ITDr65/BwokmT9BLF8+fPadWqVUYQ35XKly+vrv4UKVKo14pGX97DCOw2bdqkhkY9gSYVeXPq1KmpX79+9N5DILRkyRKVlx86dEgv8gt8Dj4Pn2vFYyN4RZSPC+SajcFpsAhM+tSpRN9/Hy/fBTRxw4YNoyxZslDbtm1p0aJFqhnGjwPweu7cORV4NWzYUF0E+PtLtbJy5cp04sQJfbMT1EgIsvuHx+fhc61qPMD3R2zxNeC/9Kio+IGYO3fcNm/evFld8Yh079+/71ZmBQI3yK9Tp47HlMiTdOTkOK9dNVwHn4vPt8r9Q1+6kb5Q4cJEWr86ZcoU1d+aBV/egNkvBHFW4j1JR0A1e/ZsfbOt4PNxHjNCXnp0x45EAwa4bUP6VLx4cTXeHQgTJkxQKZNZU28lHekVzm12jJ3g83Ees3QupKUvXbqUwsLCKNZlMgL9c44cOdSYtR2gqcePqGMlHTNowRgjNwPnwfl0QlY6omgMhmDI0xWMTSNYswv08Qju9KjeTDpG0PCdrEbi7Abnwfn0kbuQlI40CWkWxqFdOXXqlBrIwBi1nTRq1Ig2btzots1MOroVpIQJCc6H87oSktKHDh2q0i+dESNGqEEUu5k7dy71woydC2bSW7Vq5fOIW6DgfDivKyEnHWPMmFvG5IZO9erV6YjNo3EAU5kY0HHFTDq2Yew8IcH5cF5XQko6cm1PI1wYItX7NzvAAA6mM10xk46+P9CMwVdwPpzXlZCSjki9L6ZBLUibNm1QgijECGnSpHHbZiYd57c7nvgSOB/O60pISUeKhkDNagIhb968Xo+8+cKTJ0/UCJgrZtKlpvvOF6UDrBjBdKEZWDsehSFZm8EsW7ly5dy2mUmXPt13vJKOfLl06dJqFYjOkCFDaJLFLFsgIO/XUzEz6RK9+45X0gEGTDAooc9gIcBD/m43bdq0+ewiM5MuebrveC0d4D+G5T+uY9wIakqVKkW7d+/+tGOAIEbAYgQ9RTSTLiNyvuOTdNCiRQsaNWqU2zYsO0aUb9cPj2lZzMfrmEkHMvbuGz5LR1SN3Dwy0n3xIi4GrEoNFEzLImo3ywispMssm2/4LB1ER1+lhg2XGc3vpwkR3EWC9WyBzGkjFcJ8OhZimGElHch8uvf4JR388UcUDRjw6SY7cOvWLSUeNd7Xph7HohZhIYYVnqTLyhnv8Vt6XNxHI4r9D61a5X67D2o8mnr08d4Gd0jPEBzpEbGOJ+lA1sh5h9/Swb17Lyk8fAlduvT58iYEd1gXjnQOK1mjo6OdES9uBcaADmbn0JxjbZzV+nUHuMMEY/E7d+7Ui9xIjNWwAOMVuK3qayAg6WDPnitGzV5Fb9+a3+ESGRmppmVr1Kihhi6xjBmvuPsDNzOcPn1aP8QJJl0wf48fM2PGjOqBApkzZ6YZM2aoO1OtSKh17wB31qCGZ8iQgTJlykTt2rWjGzdu6LslKQKWDiZOPEDjx+/XN/sFWgM0lViN8+2336qnRmzYsMG5igZ3nDRv3lzNB2z38NitYN/hgpgF3xPdEmIYjClgocnkyZPVGANaMdzvnhSxRfq7d7HUq9cmevXK+iYET6CbWLHiJNWuXV/9YBjx2rZtm8ebGhAvYGgYK2wuXryoFzux+142gJqPgBUtkL50DODC7dy5s0ptV65cqRcnOrZIdyUsbK4h7NON9nhvxq1bzyki4gR16rRexQVoLQ4ciPIp6kcTjBU2EIXbnvQRPFcCvWsVIHJHkIo4BDHLl0DcggkpLDTxd1l4MAiK9FatVhu1NF6eq/Rr154aP2y00e/9pfL8adMO0vHj7jdL+AMGjHC7E1bkQpwvF443ICNB/IFWCE+48BRPmLF8+XI1BY0WzGzQKaEJivQ5c44Y0W58auWQ/ssve6hp0xU0a9ZhiomJb1rtBkuxw8PDVbq4f789MQaeVYPoHc+uCWTe/vXr1zRmzBh14UydOtVj1xVsgiIdfXuzZivViJ1DemysvbXPE7gpsnDhwmqm7vr163qxV+ApVHgaFcbZ7Zyvx/fBAtNChQqp75kYBEU6WLnytHFF/8+yTw82qEmoUahZqGGoad6A58shY0B6iOfOBQsEilgkUq9ePbVgxAGeaIUUEN8b6SJiFgfJkrnr0t97i39HecAh+cOHOJW/J5Z0B4jO0ZciYEPfagV+bMeTJPGq32gRDDAtvXDhQhWLYOwB4AJFuoqgERdg7969nfvrkvX33uLfUR5wlYwoPrGlO0D0jAEiROr68i7U6AIFClCHDh2cT5JMSJB1ONJOtDBWj1/RJevvvcW/o75i8JAE5M/Io5FvO54kadewbaCkSpXKclAHkvV//uDfUV85+FHxiJD06dN79STJhERqOkNc+/Q7d+543afjb28nfER6EsMRvePRLYjeMb7vwJN0kC5dOrf3Voj0EALTu94g0kOE5MmTf3YDhhUinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSH/Bx6XWutirKGeAAAAAElFTkSuQmCC)
| 4H44-9-25 | |
| % | |
| 1268037-03-1 | |
| MFCD19375753 | |
| C8H6BrNO | |
| 212.046 |
| Units | Price (USD) | Availability |
|---|
PN: 4H44-9-25
CAS: 1268037-03-1
Molecule Weight: 212.046
Formula: C8H6BrNO
PN: 4H56-5-KH
CAS: 2006277-35-4
Molecule Weight: 184.62
Formula: C8H9ClN2O
PN: 4H37-1-1W
CAS: 132227-01-1
Molecule Weight: 144.133
Formula: C8H4N2O
PN: 4H44-9-23
CAS: 1225725-20-1
Molecule Weight: 212.046
Formula: C8H6BrNO
PN: 4H56-1-0E3
CAS: 908011-92-7
Molecule Weight: 175.231
Formula: C11H13NO
PN: 4H56-3-N1
CAS: 1267217-46-8
Molecule Weight: 187.121
Formula: C8H4F3NO
TSCA: Not listed on TSCA inventory
