url: =Audi catalog card number ABIFQ.\nABIFQ - Audi 100 Avant (1986)\nThe vehicle with catalog number ABIFQ is identified as Audi 100 with the following specifications: engine power - 86, number of cylinders - 4, transmission - Manual. More detailed characteristics can be found below in the "Full specification" table.\nCatalog number: ABIFQ\nABIFQ A BIF A-BIF AB IF AB-IF ABI F ABI-F\nABIFQWW ABIFQWX ABIFQWH ABIFQWE ABIFQWY ABIFQW0 ABIFQW2 ABIFQWM ABIFQWO ABIFQW3 ABIFQWK ABIFQWU ABIFQWB ABIFQWV ABIFQWD ABIFQWL ABIFQWJ ABIFQWG ABIFQW4 ABIFQWS ABIFQW9 ABIFQWZ ABIFQWA ABIFQWF ABIFQW5 ABIFQWR ABIFQWQ ABIFQW6 ABIFQWI ABIFQWC ABIFQWT ABIFQW8 ABIFQW1 ABIFQW7 ABIFQWP ABIFQWN\nABIFQXW ABIFQXX ABIFQXH ABIFQXE ABIFQXY ABIFQX0 ABIFQX2 ABIFQXM ABIFQXO ABIFQX3 ABIFQXK ABIFQXU ABIFQXB ABIFQXV ABIFQXD ABIFQXL ABIFQXJ ABIFQXG ABIFQX4 ABIFQXS ABIFQX9 ABIFQXZ ABIFQXA ABIFQXF ABIFQX5 ABIFQXR ABIFQXQ ABIFQX6 ABIFQXI ABIFQXC ABIFQXT ABIFQX8 ABIFQX1 ABIFQX7 ABIFQXP ABIFQXN\nABIFQHW ABIFQHX ABIFQHH ABIFQHE ABIFQHY ABIFQH0 ABIFQH2 ABIFQHM ABIFQHO ABIFQH3 ABIFQHK ABIFQHU ABIFQHB ABIFQHV ABIFQHD ABIFQHL ABIFQHJ ABIFQHG ABIFQH4 ABIFQHS ABIFQH9 ABIFQHZ ABIFQHA ABIFQHF ABIFQH5 ABIFQHR ABIFQHQ ABIFQH6 ABIFQHI ABIFQHC ABIFQHT ABIFQH8 ABIFQH1 ABIFQH7 ABIFQHP ABIFQHN\nABIFQEW ABIFQEX ABIFQEH ABIFQEE ABIFQEY ABIFQE0 ABIFQE2 ABIFQEM ABIFQEO ABIFQE3 ABIFQEK ABIFQEU ABIFQEB ABIFQEV ABIFQED ABIFQEL ABIFQEJ ABIFQEG ABIFQE4 ABIFQES ABIFQE9 ABIFQEZ ABIFQEA ABIFQEF ABIFQE5 ABIFQER ABIFQEQ ABIFQE6 ABIFQEI ABIFQEC ABIFQET ABIFQE8 ABIFQE1 ABIFQE7 ABIFQEP ABIFQEN\nABIFQYW ABIFQYX ABIFQYH ABIFQYE ABIFQYY ABIFQY0 ABIFQY2 ABIFQYM ABIFQYO ABIFQY3 ABIFQYK ABIFQYU ABIFQYB ABIFQYV ABIFQYD ABIFQYL ABIFQYJ ABIFQYG ABIFQY4 ABIFQYS ABIFQY9 ABIFQYZ ABIFQYA ABIFQYF ABIFQY5 ABIFQYR ABIFQYQ ABIFQY6 ABIFQYI ABIFQYC ABIFQYT ABIFQY8 ABIFQY1 ABIFQY7 ABIFQYP ABIFQYN\nABIFQ0W ABIFQ0X ABIFQ0H ABIFQ0E ABIFQ0Y ABIFQ00 ABIFQ02 ABIFQ0M ABIFQ0O ABIFQ03 ABIFQ0K ABIFQ0U ABIFQ0B ABIFQ0V ABIFQ0D ABIFQ0L ABIFQ0J ABIFQ0G ABIFQ04 ABIFQ0S ABIFQ09 ABIFQ0Z ABIFQ0A ABIFQ0F ABIFQ05 ABIFQ0R ABIFQ0Q ABIFQ06 ABIFQ0I ABIFQ0C ABIFQ0T ABIFQ08 ABIFQ01 ABIFQ07 ABIFQ0P ABIFQ0N\nABIFQ2W ABIFQ2X ABIFQ2H ABIFQ2E ABIFQ2Y ABIFQ20 ABIFQ22 ABIFQ2M ABIFQ2O ABIFQ23 ABIFQ2K ABIFQ2U ABIFQ2B ABIFQ2V ABIFQ2D ABIFQ2L ABIFQ2J ABIFQ2G ABIFQ24 ABIFQ2S ABIFQ29 ABIFQ2Z ABIFQ2A ABIFQ2F ABIFQ25 ABIFQ2R ABIFQ2Q ABIFQ26 ABIFQ2I ABIFQ2C ABIFQ2T ABIFQ28 ABIFQ21 ABIFQ27 ABIFQ2P ABIFQ2N\nABIFQMW ABIFQMX ABIFQMH ABIFQME ABIFQMY ABIFQM0 ABIFQM2 ABIFQMM ABIFQMO ABIFQM3 ABIFQMK ABIFQMU ABIFQMB ABIFQMV ABIFQMD ABIFQML ABIFQMJ ABIFQMG ABIFQM4 ABIFQMS ABIFQM9 ABIFQMZ ABIFQMA ABIFQMF ABIFQM5 ABIFQMR ABIFQMQ ABIFQM6 ABIFQMI ABIFQMC ABIFQMT ABIFQM8 ABIFQM1 ABIFQM7 ABIFQMP ABIFQMN\nABIFQOW ABIFQOX ABIFQOH ABIFQOE ABIFQOY ABIFQO0 ABIFQO2 ABIFQOM ABIFQOO ABIFQO3 ABIFQOK ABIFQOU ABIFQOB ABIFQOV ABIFQOD ABIFQOL ABIFQOJ ABIFQOG ABIFQO4 ABIFQOS ABIFQO9 ABIFQOZ ABIFQOA ABIFQOF ABIFQO5 ABIFQOR ABIFQOQ ABIFQO6 ABIFQOI ABIFQOC ABIFQOT ABIFQO8 ABIFQO1 ABIFQO7 ABIFQOP ABIFQON\nABIFQ3W ABIFQ3X ABIFQ3H ABIFQ3E ABIFQ3Y ABIFQ30 ABIFQ32 ABIFQ3M ABIFQ3O ABIFQ33 ABIFQ3K ABIFQ3U ABIFQ3B ABIFQ3V ABIFQ3D ABIFQ3L ABIFQ3J ABIFQ3G ABIFQ34 ABIFQ3S ABIFQ39 ABIFQ3Z ABIFQ3A ABIFQ3F ABIFQ35 ABIFQ3R ABIFQ3Q ABIFQ36 ABIFQ3I ABIFQ3C ABIFQ3T ABIFQ38 ABIFQ31 ABIFQ37 ABIFQ3P ABIFQ3N\nABIFQKW ABIFQKX ABIFQKH ABIFQKE ABIFQKY ABIFQK0 ABIFQK2 ABIFQKM ABIFQKO ABIFQK3 ABIFQKK ABIFQKU ABIFQKB ABIFQKV ABIFQKD ABIFQKL ABIFQKJ ABIFQKG ABIFQK4 ABIFQKS ABIFQK9 ABIFQKZ ABIFQKA ABIFQKF ABIFQK5 ABIFQKR ABIFQKQ ABIFQK6 ABIFQKI ABIFQKC ABIFQKT ABIFQK8 ABIFQK1 ABIFQK7 ABIFQKP ABIFQKN\nABIFQUW ABIFQUX ABIFQUH ABIFQUE ABIFQUY ABIFQU0 ABIFQU2 ABIFQUM ABIFQUO ABIFQU3 ABIFQUK ABIFQUU ABIFQUB ABIFQUV ABIFQUD ABIFQUL ABIFQUJ ABIFQUG ABIFQU4 ABIFQUS ABIFQU9 ABIFQUZ ABIFQUA ABIFQUF ABIFQU5 ABIFQUR ABIFQUQ ABIFQU6 ABIFQUI ABIFQUC ABIFQUT ABIFQU8 ABIFQU1 ABIFQU7 ABIFQUP ABIFQUN\nABIFQBW ABIFQBX ABIFQBH ABIFQBE ABIFQBY ABIFQB0 ABIFQB2 ABIFQBM ABIFQBO ABIFQB3 ABIFQBK ABIFQBU ABIFQBB ABIFQBV ABIFQBD ABIFQBL ABIFQBJ ABIFQBG ABIFQB4 ABIFQBS ABIFQB9 ABIFQBZ ABIFQBA ABIFQBF ABIFQB5 ABIFQBR ABIFQBQ ABIFQB6 ABIFQBI ABIFQBC ABIFQBT ABIFQB8 ABIFQB1 ABIFQB7 ABIFQBP ABIFQBN\nABIFQVW ABIFQVX ABIFQVH ABIFQVE ABIFQVY ABIFQV0 ABIFQV2 ABIFQVM ABIFQVO ABIFQV3 ABIFQVK ABIFQVU ABIFQVB ABIFQVV ABIFQVD ABIFQVL ABIFQVJ ABIFQVG ABIFQV4 ABIFQVS ABIFQV9 ABIFQVZ ABIFQVA ABIFQVF ABIFQV5 ABIFQVR ABIFQVQ ABIFQV6 ABIFQVI ABIFQVC ABIFQVT ABIFQV8 ABIFQV1 ABIFQV7 ABIFQVP ABIFQVN\nABIFQDW ABIFQDX ABIFQDH ABIFQDE ABIFQDY ABIFQD0 ABIFQD2 ABIFQDM ABIFQDO ABIFQD3 ABIFQDK ABIFQDU ABIFQDB ABIFQDV ABIFQDD ABIFQDL ABIFQDJ ABIFQDG ABIFQD4 ABIFQDS ABIFQD9 ABIFQDZ ABIFQDA ABIFQDF ABIFQD5 ABIFQDR ABIFQDQ ABIFQD6 ABIFQDI ABIFQDC ABIFQDT ABIFQD8 ABIFQD1 ABIFQD7 ABIFQDP ABIFQDN\nABIFQLW ABIFQLX ABIFQLH ABIFQLE ABIFQLY ABIFQL0 ABIFQL2 ABIFQLM ABIFQLO ABIFQL3 ABIFQLK ABIFQLU ABIFQLB ABIFQLV ABIFQLD ABIFQLL ABIFQLJ ABIFQLG ABIFQL4 ABIFQLS ABIFQL9 ABIFQLZ ABIFQLA ABIFQLF ABIFQL5 ABIFQLR ABIFQLQ ABIFQL6 ABIFQLI ABIFQLC ABIFQLT ABIFQL8 ABIFQL1 ABIFQL7 ABIFQLP ABIFQLN\nABIFQJW ABIFQJX ABIFQJH ABIFQJE ABIFQJY ABIFQJ0 ABIFQJ2 ABIFQJM ABIFQJO ABIFQJ3 ABIFQJK ABIFQJU ABIFQJB ABIFQJV ABIFQJD ABIFQJL ABIFQJJ ABIFQJG ABIFQJ4 ABIFQJS ABIFQJ9 ABIFQJZ ABIFQJA ABIFQJF ABIFQJ5 ABIFQJR ABIFQJQ ABIFQJ6 ABIFQJI ABIFQJC ABIFQJT ABIFQJ8 ABIFQJ1 ABIFQJ7 ABIFQJP ABIFQJN\nABIFQGW ABIFQGX ABIFQGH ABIFQGE ABIFQGY ABIFQG0 ABIFQG2 ABIFQGM ABIFQGO ABIFQG3 ABIFQGK ABIFQGU ABIFQGB ABIFQGV ABIFQGD ABIFQGL ABIFQGJ ABIFQGG ABIFQG4 ABIFQGS ABIFQG9 ABIFQGZ ABIFQGA ABIFQGF ABIFQG5 ABIFQGR ABIFQGQ ABIFQG6 ABIFQGI ABIFQGC ABIFQGT ABIFQG8 ABIFQG1 ABIFQG7 ABIFQGP ABIFQGN\nABIFQ4W ABIFQ4X ABIFQ4H ABIFQ4E ABIFQ4Y ABIFQ40 ABIFQ42 ABIFQ4M ABIFQ4O ABIFQ43 ABIFQ4K ABIFQ4U ABIFQ4B ABIFQ4V ABIFQ4D ABIFQ4L ABIFQ4J ABIFQ4G ABIFQ44 ABIFQ4S ABIFQ49 ABIFQ4Z ABIFQ4A ABIFQ4F ABIFQ45 ABIFQ4R ABIFQ4Q ABIFQ46 ABIFQ4I ABIFQ4C ABIFQ4T ABIFQ48 ABIFQ41 ABIFQ47 ABIFQ4P ABIFQ4N\nABIFQSW ABIFQSX ABIFQSH ABIFQSE ABIFQSY ABIFQS0 ABIFQS2 ABIFQSM ABIFQSO ABIFQS3 ABIFQSK ABIFQSU ABIFQSB ABIFQSV ABIFQSD ABIFQSL ABIFQSJ ABIFQSG ABIFQS4 ABIFQSS ABIFQS9 ABIFQSZ ABIFQSA ABIFQSF ABIFQS5 ABIFQSR ABIFQSQ ABIFQS6 ABIFQSI ABIFQSC ABIFQST ABIFQS8 ABIFQS1 ABIFQS7 ABIFQSP ABIFQSN\nABIFQ9W ABIFQ9X ABIFQ9H ABIFQ9E ABIFQ9Y ABIFQ90 ABIFQ92 ABIFQ9M ABIFQ9O ABIFQ93 ABIFQ9K ABIFQ9U ABIFQ9B ABIFQ9V ABIFQ9D ABIFQ9L ABIFQ9J ABIFQ9G ABIFQ94 ABIFQ9S ABIFQ99 ABIFQ9Z ABIFQ9A ABIFQ9F ABIFQ95 ABIFQ9R ABIFQ9Q ABIFQ96 ABIFQ9I ABIFQ9C ABIFQ9T ABIFQ98 ABIFQ91 ABIFQ97 ABIFQ9P ABIFQ9N\nABIFQZW ABIFQZX ABIFQZH ABIFQZE ABIFQZY ABIFQZ0 ABIFQZ2 ABIFQZM ABIFQZO ABIFQZ3 ABIFQZK ABIFQZU ABIFQZB ABIFQZV ABIFQZD ABIFQZL ABIFQZJ ABIFQZG ABIFQZ4 ABIFQZS ABIFQZ9 ABIFQZZ ABIFQZA ABIFQZF ABIFQZ5 ABIFQZR ABIFQZQ ABIFQZ6 ABIFQZI ABIFQZC ABIFQZT ABIFQZ8 ABIFQZ1 ABIFQZ7 ABIFQZP ABIFQZN\nABIFQAW ABIFQAX ABIFQAH ABIFQAE ABIFQAY ABIFQA0 ABIFQA2 ABIFQAM ABIFQAO ABIFQA3 ABIFQAK ABIFQAU ABIFQAB ABIFQAV ABIFQAD ABIFQAL ABIFQAJ ABIFQAG ABIFQA4 ABIFQAS ABIFQA9 ABIFQAZ ABIFQAA ABIFQAF ABIFQA5 ABIFQAR ABIFQAQ ABIFQA6 ABIFQAI ABIFQAC ABIFQAT ABIFQA8 ABIFQA1 ABIFQA7 ABIFQAP ABIFQAN\nABIFQFW ABIFQFX ABIFQFH ABIFQFE ABIFQFY ABIFQF0 ABIFQF2 ABIFQFM ABIFQFO ABIFQF3 ABIFQFK ABIFQFU ABIFQFB ABIFQFV ABIFQFD ABIFQFL ABIFQFJ ABIFQFG ABIFQF4 ABIFQFS ABIFQF9 ABIFQFZ ABIFQFA ABIFQFF ABIFQF5 ABIFQFR ABIFQFQ ABIFQF6 ABIFQFI ABIFQFC ABIFQFT ABIFQF8 ABIFQF1 ABIFQF7 ABIFQFP ABIFQFN\nABIFQ5W ABIFQ5X ABIFQ5H ABIFQ5E ABIFQ5Y ABIFQ50 ABIFQ52 ABIFQ5M ABIFQ5O ABIFQ53 ABIFQ5K ABIFQ5U ABIFQ5B ABIFQ5V ABIFQ5D ABIFQ5L ABIFQ5J ABIFQ5G ABIFQ54 ABIFQ5S ABIFQ59 ABIFQ5Z ABIFQ5A ABIFQ5F ABIFQ55 ABIFQ5R ABIFQ5Q ABIFQ56 ABIFQ5I ABIFQ5C ABIFQ5T ABIFQ58 ABIFQ51 ABIFQ57 ABIFQ5P ABIFQ5N\nABIFQRW ABIFQRX ABIFQRH ABIFQRE ABIFQRY ABIFQR0 ABIFQR2 ABIFQRM ABIFQRO ABIFQR3 ABIFQRK ABIFQRU ABIFQRB ABIFQRV ABIFQRD ABIFQRL ABIFQRJ ABIFQRG ABIFQR4 ABIFQRS ABIFQR9 ABIFQRZ ABIFQRA ABIFQRF ABIFQR5 ABIFQRR ABIFQRQ ABIFQR6 ABIFQRI ABIFQRC ABIFQRT ABIFQR8 ABIFQR1 ABIFQR7 ABIFQRP ABIFQRN\nABIFQQW ABIFQQX ABIFQQH ABIFQQE ABIFQQY ABIFQQ0 ABIFQQ2 ABIFQQM ABIFQQO ABIFQQ3 ABIFQQK ABIFQQU ABIFQQB ABIFQQV ABIFQQD ABIFQQL ABIFQQJ ABIFQQG ABIFQQ4 ABIFQQS ABIFQQ9 ABIFQQZ ABIFQQA ABIFQQF ABIFQQ5 ABIFQQR ABIFQQQ ABIFQQ6 ABIFQQI ABIFQQC ABIFQQT ABIFQQ8 ABIFQQ1 ABIFQQ7 ABIFQQP ABIFQQN\nABIFQ6W ABIFQ6X ABIFQ6H ABIFQ6E ABIFQ6Y ABIFQ60 ABIFQ62 ABIFQ6M ABIFQ6O ABIFQ63 ABIFQ6K ABIFQ6U ABIFQ6B ABIFQ6V ABIFQ6D ABIFQ6L ABIFQ6J ABIFQ6G ABIFQ64 ABIFQ6S ABIFQ69 ABIFQ6Z ABIFQ6A ABIFQ6F ABIFQ65 ABIFQ6R ABIFQ6Q ABIFQ66 ABIFQ6I ABIFQ6C ABIFQ6T ABIFQ68 ABIFQ61 ABIFQ67 ABIFQ6P ABIFQ6N\nABIFQIW ABIFQIX ABIFQIH ABIFQIE ABIFQIY ABIFQI0 ABIFQI2 ABIFQIM ABIFQIO ABIFQI3 ABIFQIK ABIFQIU ABIFQIB ABIFQIV ABIFQID ABIFQIL ABIFQIJ ABIFQIG ABIFQI4 ABIFQIS ABIFQI9 ABIFQIZ ABIFQIA ABIFQIF ABIFQI5 ABIFQIR ABIFQIQ ABIFQI6 ABIFQII ABIFQIC ABIFQIT ABIFQI8 ABIFQI1 ABIFQI7 ABIFQIP ABIFQIN\nABIFQCW ABIFQCX ABIFQCH ABIFQCE ABIFQCY ABIFQC0 ABIFQC2 ABIFQCM ABIFQCO ABIFQC3 ABIFQCK ABIFQCU ABIFQCB ABIFQCV ABIFQCD ABIFQCL ABIFQCJ ABIFQCG ABIFQC4 ABIFQCS ABIFQC9 ABIFQCZ ABIFQCA ABIFQCF ABIFQC5 ABIFQCR ABIFQCQ ABIFQC6 ABIFQCI ABIFQCC ABIFQCT ABIFQC8 ABIFQC1 ABIFQC7 ABIFQCP ABIFQCN\nABIFQTW ABIFQTX ABIFQTH ABIFQTE ABIFQTY ABIFQT0 ABIFQT2 ABIFQTM ABIFQTO ABIFQT3 ABIFQTK ABIFQTU ABIFQTB ABIFQTV ABIFQTD ABIFQTL ABIFQTJ ABIFQTG ABIFQT4 ABIFQTS ABIFQT9 ABIFQTZ ABIFQTA ABIFQTF ABIFQT5 ABIFQTR ABIFQTQ ABIFQT6 ABIFQTI ABIFQTC ABIFQTT ABIFQT8 ABIFQT1 ABIFQT7 ABIFQTP ABIFQTN\nABIFQ8W ABIFQ8X ABIFQ8H ABIFQ8E ABIFQ8Y ABIFQ80 ABIFQ82 ABIFQ8M ABIFQ8O ABIFQ83 ABIFQ8K ABIFQ8U ABIFQ8B ABIFQ8V ABIFQ8D ABIFQ8L ABIFQ8J ABIFQ8G ABIFQ84 ABIFQ8S ABIFQ89 ABIFQ8Z ABIFQ8A ABIFQ8F ABIFQ85 ABIFQ8R ABIFQ8Q ABIFQ86 ABIFQ8I ABIFQ8C ABIFQ8T ABIFQ88 ABIFQ81 ABIFQ87 ABIFQ8P ABIFQ8N\nABIFQ1W ABIFQ1X ABIFQ1H ABIFQ1E ABIFQ1Y ABIFQ10 ABIFQ12 ABIFQ1M ABIFQ1O ABIFQ13 ABIFQ1K ABIFQ1U ABIFQ1B ABIFQ1V ABIFQ1D ABIFQ1L ABIFQ1J ABIFQ1G ABIFQ14 ABIFQ1S ABIFQ19 ABIFQ1Z ABIFQ1A ABIFQ1F ABIFQ15 ABIFQ1R ABIFQ1Q ABIFQ16 ABIFQ1I ABIFQ1C ABIFQ1T ABIFQ18 ABIFQ11 ABIFQ17 ABIFQ1P ABIFQ1N\nABIFQ7W ABIFQ7X ABIFQ7H ABIFQ7E ABIFQ7Y ABIFQ70 ABIFQ72 ABIFQ7M ABIFQ7O ABIFQ73 ABIFQ7K ABIFQ7U ABIFQ7B ABIFQ7V ABIFQ7D ABIFQ7L ABIFQ7J ABIFQ7G ABIFQ74 ABIFQ7S ABIFQ79 ABIFQ7Z ABIFQ7A ABIFQ7F ABIFQ75 ABIFQ7R ABIFQ7Q ABIFQ76 ABIFQ7I ABIFQ7C ABIFQ7T ABIFQ78 ABIFQ71 ABIFQ77 ABIFQ7P ABIFQ7N\nABIFQPW ABIFQPX ABIFQPH ABIFQPE ABIFQPY ABIFQP0 ABIFQP2 ABIFQPM ABIFQPO ABIFQP3 ABIFQPK ABIFQPU ABIFQPB ABIFQPV ABIFQPD ABIFQPL ABIFQPJ ABIFQPG ABIFQP4 ABIFQPS ABIFQP9 ABIFQPZ ABIFQPA ABIFQPF ABIFQP5 ABIFQPR ABIFQPQ ABIFQP6 ABIFQPI ABIFQPC ABIFQPT ABIFQP8 ABIFQP1 ABIFQP7 ABIFQPP ABIFQPN\nABIFQNW ABIFQNX ABIFQNH ABIFQNE ABIFQNY ABIFQN0 ABIFQN2 ABIFQNM ABIFQNO ABIFQN3 ABIFQNK ABIFQNU ABIFQNB ABIFQNV ABIFQND ABIFQNL ABIFQNJ ABIFQNG ABIFQN4 ABIFQNS ABIFQN9 ABIFQNZ ABIFQNA ABIFQNF ABIFQN5 ABIFQNR ABIFQNQ ABIFQN6 ABIFQNI ABIFQNC ABIFQNT ABIFQN8 ABIFQN1 ABIFQN7 ABIFQNP ABIFQNN\nABIF QWW ABIF QWX ABIF QWH ABIF QWE ABIF QWY ABIF QW0 ABIF QW2 ABIF QWM ABIF QWO ABIF QW3 ABIF QWK ABIF QWU ABIF QWB ABIF QWV ABIF QWD ABIF QWL ABIF QWJ ABIF QWG ABIF QW4 ABIF QWS ABIF QW9 ABIF QWZ ABIF QWA ABIF QWF ABIF QW5 ABIF QWR ABIF QWQ ABIF QW6 ABIF QWI ABIF QWC ABIF QWT ABIF QW8 ABIF QW1 ABIF QW7 ABIF QWP ABIF QWN\nABIF QXW ABIF QXX ABIF QXH ABIF QXE ABIF QXY ABIF QX0 ABIF QX2 ABIF QXM ABIF QXO ABIF QX3 ABIF QXK ABIF QXU ABIF QXB ABIF QXV ABIF QXD ABIF QXL ABIF QXJ ABIF QXG ABIF QX4 ABIF QXS ABIF QX9 ABIF QXZ ABIF QXA ABIF QXF ABIF QX5 ABIF QXR ABIF QXQ ABIF QX6 ABIF QXI ABIF QXC ABIF QXT ABIF QX8 ABIF QX1 ABIF QX7 ABIF QXP ABIF QXN\nABIF QHW ABIF QHX ABIF QHH ABIF QHE ABIF QHY ABIF QH0 ABIF QH2 ABIF QHM ABIF QHO ABIF QH3 ABIF QHK ABIF QHU ABIF QHB ABIF QHV ABIF QHD ABIF QHL ABIF QHJ ABIF QHG ABIF QH4 ABIF QHS ABIF QH9 ABIF QHZ ABIF QHA ABIF QHF ABIF QH5 ABIF QHR ABIF QHQ ABIF QH6 ABIF QHI ABIF QHC ABIF QHT ABIF QH8 ABIF QH1 ABIF QH7 ABIF QHP ABIF QHN\nABIF QEW ABIF QEX ABIF QEH ABIF QEE ABIF QEY ABIF QE0 ABIF QE2 ABIF QEM ABIF QEO ABIF QE3 ABIF QEK ABIF QEU ABIF QEB ABIF QEV ABIF QED ABIF QEL ABIF QEJ ABIF QEG ABIF QE4 ABIF QES ABIF QE9 ABIF QEZ ABIF QEA ABIF QEF ABIF QE5 ABIF QER ABIF QEQ ABIF QE6 ABIF QEI ABIF QEC ABIF QET ABIF QE8 ABIF QE1 ABIF QE7 ABIF QEP ABIF QEN\nABIF QYW ABIF QYX ABIF QYH ABIF QYE ABIF QYY ABIF QY0 ABIF QY2 ABIF QYM ABIF QYO ABIF QY3 ABIF QYK ABIF QYU ABIF QYB ABIF QYV ABIF QYD ABIF QYL ABIF QYJ ABIF QYG ABIF QY4 ABIF QYS ABIF QY9 ABIF QYZ ABIF QYA ABIF QYF ABIF QY5 ABIF QYR ABIF QYQ ABIF QY6 ABIF QYI ABIF QYC ABIF QYT ABIF QY8 ABIF QY1 ABIF QY7 ABIF QYP ABIF QYN\nABIF Q0W ABIF Q0X ABIF Q0H ABIF Q0E ABIF Q0Y ABIF Q00 ABIF Q02 ABIF Q0M ABIF Q0O ABIF Q03 ABIF Q0K ABIF Q0U ABIF Q0B ABIF Q0V ABIF Q0D ABIF Q0L ABIF Q0J ABIF Q0G ABIF Q04 ABIF Q0S ABIF Q09 ABIF Q0Z ABIF Q0A ABIF Q0F ABIF Q05 ABIF Q0R ABIF Q0Q ABIF Q06 ABIF Q0I ABIF Q0C ABIF Q0T ABIF Q08 ABIF Q01 ABIF Q07 ABIF Q0P ABIF Q0N\nABIF Q2W ABIF Q2X ABIF Q2H ABIF Q2E ABIF Q2Y ABIF Q20 ABIF Q22 ABIF Q2M ABIF Q2O ABIF Q23 ABIF Q2K ABIF Q2U ABIF Q2B ABIF Q2V ABIF Q2D ABIF Q2L ABIF Q2J ABIF Q2G ABIF Q24 ABIF Q2S ABIF Q29 ABIF Q2Z ABIF Q2A ABIF Q2F ABIF Q25 ABIF Q2R ABIF Q2Q ABIF Q26 ABIF Q2I ABIF Q2C ABIF Q2T ABIF Q28 ABIF Q21 ABIF Q27 ABIF Q2P ABIF Q2N\nABIF QMW ABIF QMX ABIF QMH ABIF QME ABIF QMY ABIF QM0 ABIF QM2 ABIF QMM ABIF QMO ABIF QM3 ABIF QMK ABIF QMU ABIF QMB ABIF QMV ABIF QMD ABIF QML ABIF QMJ ABIF QMG ABIF QM4 ABIF QMS ABIF QM9 ABIF QMZ ABIF QMA ABIF QMF ABIF QM5 ABIF QMR ABIF QMQ ABIF QM6 ABIF QMI ABIF QMC ABIF QMT ABIF QM8 ABIF QM1 ABIF QM7 ABIF QMP ABIF QMN\nABIF QOW ABIF QOX ABIF QOH ABIF QOE ABIF QOY ABIF QO0 ABIF QO2 ABIF QOM ABIF QOO ABIF QO3 ABIF QOK ABIF QOU ABIF QOB ABIF QOV ABIF QOD ABIF QOL ABIF QOJ ABIF QOG ABIF QO4 ABIF QOS ABIF QO9 ABIF QOZ ABIF QOA ABIF QOF ABIF QO5 ABIF QOR ABIF QOQ ABIF QO6 ABIF QOI ABIF QOC ABIF QOT ABIF QO8 ABIF QO1 ABIF QO7 ABIF QOP ABIF QON\nABIF Q3W ABIF Q3X ABIF Q3H ABIF Q3E ABIF Q3Y ABIF Q30 ABIF Q32 ABIF Q3M ABIF Q3O ABIF Q33 ABIF Q3K ABIF Q3U ABIF Q3B ABIF Q3V ABIF Q3D ABIF Q3L ABIF Q3J ABIF Q3G ABIF Q34 ABIF Q3S ABIF Q39 ABIF Q3Z ABIF Q3A ABIF Q3F ABIF Q35 ABIF Q3R ABIF Q3Q ABIF Q36 ABIF Q3I ABIF Q3C ABIF Q3T ABIF Q38 ABIF Q31 ABIF Q37 ABIF Q3P ABIF Q3N\nABIF QKW ABIF QKX ABIF QKH ABIF QKE ABIF QKY ABIF QK0 ABIF QK2 ABIF QKM ABIF QKO ABIF QK3 ABIF QKK ABIF QKU ABIF QKB ABIF QKV ABIF QKD ABIF QKL ABIF QKJ ABIF QKG ABIF QK4 ABIF QKS ABIF QK9 ABIF QKZ ABIF QKA ABIF QKF ABIF QK5 ABIF QKR ABIF QKQ ABIF QK6 ABIF QKI ABIF QKC ABIF QKT ABIF QK8 ABIF QK1 ABIF QK7 ABIF QKP ABIF QKN\nABIF QUW ABIF QUX ABIF QUH ABIF QUE ABIF QUY ABIF QU0 ABIF QU2 ABIF QUM ABIF QUO ABIF QU3 ABIF QUK ABIF QUU ABIF QUB ABIF QUV ABIF QUD ABIF QUL ABIF QUJ ABIF QUG ABIF QU4 ABIF QUS ABIF QU9 ABIF QUZ ABIF QUA ABIF QUF ABIF QU5 ABIF QUR ABIF QUQ ABIF QU6 ABIF QUI ABIF QUC ABIF QUT ABIF QU8 ABIF QU1 ABIF QU7 ABIF QUP ABIF QUN\nABIF QBW ABIF QBX ABIF QBH ABIF QBE ABIF QBY ABIF QB0 ABIF QB2 ABIF QBM ABIF QBO ABIF QB3 ABIF QBK ABIF QBU ABIF QBB ABIF QBV ABIF QBD ABIF QBL ABIF QBJ ABIF QBG ABIF QB4 ABIF QBS ABIF QB9 ABIF QBZ ABIF QBA ABIF QBF ABIF QB5 ABIF QBR ABIF QBQ ABIF QB6 ABIF QBI ABIF QBC ABIF QBT ABIF QB8 ABIF QB1 ABIF QB7 ABIF QBP ABIF QBN\nABIF QVW ABIF QVX ABIF QVH ABIF QVE ABIF QVY ABIF QV0 ABIF QV2 ABIF QVM ABIF QVO ABIF QV3 ABIF QVK ABIF QVU ABIF QVB ABIF QVV ABIF QVD ABIF QVL ABIF QVJ ABIF QVG ABIF QV4 ABIF QVS ABIF QV9 ABIF QVZ ABIF QVA ABIF QVF ABIF QV5 ABIF QVR ABIF QVQ ABIF QV6 ABIF QVI ABIF QVC ABIF QVT ABIF QV8 ABIF QV1 ABIF QV7 ABIF QVP ABIF QVN\nABIF QDW ABIF QDX ABIF QDH ABIF QDE ABIF QDY ABIF QD0 ABIF QD2 ABIF QDM ABIF QDO ABIF QD3 ABIF QDK ABIF QDU ABIF QDB ABIF QDV ABIF QDD ABIF QDL ABIF QDJ ABIF QDG ABIF QD4 ABIF QDS ABIF QD9 ABIF QDZ ABIF QDA ABIF QDF ABIF QD5 ABIF QDR ABIF QDQ ABIF QD6 ABIF QDI ABIF QDC ABIF QDT ABIF QD8 ABIF QD1 ABIF QD7 ABIF QDP ABIF QDN\nABIF QLW ABIF QLX ABIF QLH ABIF QLE ABIF QLY ABIF QL0 ABIF QL2 ABIF QLM ABIF QLO ABIF QL3 ABIF QLK ABIF QLU ABIF QLB ABIF QLV ABIF QLD ABIF QLL ABIF QLJ ABIF QLG ABIF QL4 ABIF QLS ABIF QL9 ABIF QLZ ABIF QLA ABIF QLF ABIF QL5 ABIF QLR ABIF QLQ ABIF QL6 ABIF QLI ABIF QLC ABIF QLT ABIF QL8 ABIF QL1 ABIF QL7 ABIF QLP ABIF QLN\nABIF QJW ABIF QJX ABIF QJH ABIF QJE ABIF QJY ABIF QJ0 ABIF QJ2 ABIF QJM ABIF QJO ABIF QJ3 ABIF QJK ABIF QJU ABIF QJB ABIF QJV ABIF QJD ABIF QJL ABIF QJJ ABIF QJG ABIF QJ4 ABIF QJS ABIF QJ9 ABIF QJZ ABIF QJA ABIF QJF ABIF QJ5 ABIF QJR ABIF QJQ ABIF QJ6 ABIF QJI ABIF QJC ABIF QJT ABIF QJ8 ABIF QJ1 ABIF QJ7 ABIF QJP ABIF QJN\nABIF QGW ABIF QGX ABIF QGH ABIF QGE ABIF QGY ABIF QG0 ABIF QG2 ABIF QGM ABIF QGO ABIF QG3 ABIF QGK ABIF QGU ABIF QGB ABIF QGV ABIF QGD ABIF QGL ABIF QGJ ABIF QGG ABIF QG4 ABIF QGS ABIF QG9 ABIF QGZ ABIF QGA ABIF QGF ABIF QG5 ABIF QGR ABIF QGQ ABIF QG6 ABIF QGI ABIF QGC ABIF QGT ABIF QG8 ABIF QG1 ABIF QG7 ABIF QGP ABIF QGN\nABIF Q4W ABIF Q4X ABIF Q4H ABIF Q4E ABIF Q4Y ABIF Q40 ABIF Q42 ABIF Q4M ABIF Q4O ABIF Q43 ABIF Q4K ABIF Q4U ABIF Q4B ABIF Q4V ABIF Q4D ABIF Q4L ABIF Q4J ABIF Q4G ABIF Q44 ABIF Q4S ABIF Q49 ABIF Q4Z ABIF Q4A ABIF Q4F ABIF Q45 ABIF Q4R ABIF Q4Q ABIF Q46 ABIF Q4I ABIF Q4C ABIF Q4T ABIF Q48 ABIF Q41 ABIF Q47 ABIF Q4P ABIF Q4N\nABIF QSW ABIF QSX ABIF QSH ABIF QSE ABIF QSY ABIF QS0 ABIF QS2 ABIF QSM ABIF QSO ABIF QS3 ABIF QSK ABIF QSU ABIF QSB ABIF QSV ABIF QSD ABIF QSL ABIF QSJ ABIF QSG ABIF QS4 ABIF QSS ABIF QS9 ABIF QSZ ABIF QSA ABIF QSF ABIF QS5 ABIF QSR ABIF QSQ ABIF QS6 ABIF QSI ABIF QSC ABIF QST ABIF QS8 ABIF QS1 ABIF QS7 ABIF QSP ABIF QSN\nABIF Q9W ABIF Q9X ABIF Q9H ABIF Q9E ABIF Q9Y ABIF Q90 ABIF Q92 ABIF Q9M ABIF Q9O ABIF Q93 ABIF Q9K ABIF Q9U ABIF Q9B ABIF Q9V ABIF Q9D ABIF Q9L ABIF Q9J ABIF Q9G ABIF Q94 ABIF Q9S ABIF Q99 ABIF Q9Z ABIF Q9A ABIF Q9F ABIF Q95 ABIF Q9R ABIF Q9Q ABIF Q96 ABIF Q9I ABIF Q9C ABIF Q9T ABIF Q98 ABIF Q91 ABIF Q97 ABIF Q9P ABIF Q9N\nABIF QZW ABIF QZX ABIF QZH ABIF QZE ABIF QZY ABIF QZ0 ABIF QZ2 ABIF QZM ABIF QZO ABIF QZ3 ABIF QZK ABIF QZU ABIF QZB ABIF QZV ABIF QZD ABIF QZL ABIF QZJ ABIF QZG ABIF QZ4 ABIF QZS ABIF QZ9 ABIF QZZ ABIF QZA ABIF QZF ABIF QZ5 ABIF QZR ABIF QZQ ABIF QZ6 ABIF QZI ABIF QZC ABIF QZT ABIF QZ8 ABIF QZ1 ABIF QZ7 ABIF QZP ABIF QZN\nABIF QAW ABIF QAX ABIF QAH ABIF QAE ABIF QAY ABIF QA0 ABIF QA2 ABIF QAM ABIF QAO ABIF QA3 ABIF QAK ABIF QAU ABIF QAB ABIF QAV ABIF QAD ABIF QAL ABIF QAJ ABIF QAG ABIF QA4 ABIF QAS ABIF QA9 ABIF QAZ ABIF QAA ABIF QAF ABIF QA5 ABIF QAR ABIF QAQ ABIF QA6 ABIF QAI ABIF QAC ABIF QAT ABIF QA8 ABIF QA1 ABIF QA7 ABIF QAP ABIF QAN\nABIF QFW ABIF QFX ABIF QFH ABIF QFE ABIF QFY ABIF QF0 ABIF QF2 ABIF QFM ABIF QFO ABIF QF3 ABIF QFK ABIF QFU ABIF QFB ABIF QFV ABIF QFD ABIF QFL ABIF QFJ ABIF QFG ABIF QF4 ABIF QFS ABIF QF9 ABIF QFZ ABIF QFA ABIF QFF ABIF QF5 ABIF QFR ABIF QFQ ABIF QF6 ABIF QFI ABIF QFC ABIF QFT ABIF QF8 ABIF QF1 ABIF QF7 ABIF QFP ABIF QFN\nABIF Q5W ABIF Q5X ABIF Q5H ABIF Q5E ABIF Q5Y ABIF Q50 ABIF Q52 ABIF Q5M ABIF Q5O ABIF Q53 ABIF Q5K ABIF Q5U ABIF Q5B ABIF Q5V ABIF Q5D ABIF Q5L ABIF Q5J ABIF Q5G ABIF Q54 ABIF Q5S ABIF Q59 ABIF Q5Z ABIF Q5A ABIF Q5F ABIF Q55 ABIF Q5R ABIF Q5Q ABIF Q56 ABIF Q5I ABIF Q5C ABIF Q5T ABIF Q58 ABIF Q51 ABIF Q57 ABIF Q5P ABIF Q5N\nABIF QRW ABIF QRX ABIF QRH ABIF QRE ABIF QRY ABIF QR0 ABIF QR2 ABIF QRM ABIF QRO ABIF QR3 ABIF QRK ABIF QRU ABIF QRB ABIF QRV ABIF QRD ABIF QRL ABIF QRJ ABIF QRG ABIF QR4 ABIF QRS ABIF QR9 ABIF QRZ ABIF QRA ABIF QRF ABIF QR5 ABIF QRR ABIF QRQ ABIF QR6 ABIF QRI ABIF QRC ABIF QRT ABIF QR8 ABIF QR1 ABIF QR7 ABIF QRP ABIF QRN\nABIF QQW ABIF QQX ABIF QQH ABIF QQE ABIF QQY ABIF QQ0 ABIF QQ2 ABIF QQM ABIF QQO ABIF QQ3 ABIF QQK ABIF QQU ABIF QQB ABIF QQV ABIF QQD ABIF QQL ABIF QQJ ABIF QQG ABIF QQ4 ABIF QQS ABIF QQ9 ABIF QQZ ABIF QQA ABIF QQF ABIF QQ5 ABIF QQR ABIF QQQ ABIF QQ6 ABIF QQI ABIF QQC ABIF QQT ABIF QQ8 ABIF QQ1 ABIF QQ7 ABIF QQP ABIF QQN\nABIF Q6W ABIF Q6X ABIF Q6H ABIF Q6E ABIF Q6Y ABIF Q60 ABIF Q62 ABIF Q6M ABIF Q6O ABIF Q63 ABIF Q6K ABIF Q6U ABIF Q6B ABIF Q6V ABIF Q6D ABIF Q6L ABIF Q6J ABIF Q6G ABIF Q64 ABIF Q6S ABIF Q69 ABIF Q6Z ABIF Q6A ABIF Q6F ABIF Q65 ABIF Q6R ABIF Q6Q ABIF Q66 ABIF Q6I ABIF Q6C ABIF Q6T ABIF Q68 ABIF Q61 ABIF Q67 ABIF Q6P ABIF Q6N\nABIF QIW ABIF QIX ABIF QIH ABIF QIE ABIF QIY ABIF QI0 ABIF QI2 ABIF QIM ABIF QIO ABIF QI3 ABIF QIK ABIF QIU ABIF QIB ABIF QIV ABIF QID ABIF QIL ABIF QIJ ABIF QIG ABIF QI4 ABIF QIS ABIF QI9 ABIF QIZ ABIF QIA ABIF QIF ABIF QI5 ABIF QIR ABIF QIQ ABIF QI6 ABIF QII ABIF QIC ABIF QIT ABIF QI8 ABIF QI1 ABIF QI7 ABIF QIP ABIF QIN\nABIF QCW ABIF QCX ABIF QCH ABIF QCE ABIF QCY ABIF QC0 ABIF QC2 ABIF QCM ABIF QCO ABIF QC3 ABIF QCK ABIF QCU ABIF QCB ABIF QCV ABIF QCD ABIF QCL ABIF QCJ ABIF QCG ABIF QC4 ABIF QCS ABIF QC9 ABIF QCZ ABIF QCA ABIF QCF ABIF QC5 ABIF QCR ABIF QCQ ABIF QC6 ABIF QCI ABIF QCC ABIF QCT ABIF QC8 ABIF QC1 ABIF QC7 ABIF QCP ABIF QCN\nABIF QTW ABIF QTX ABIF QTH ABIF QTE ABIF QTY ABIF QT0 ABIF QT2 ABIF QTM ABIF QTO ABIF QT3 ABIF QTK ABIF QTU ABIF QTB ABIF QTV ABIF QTD ABIF QTL ABIF QTJ ABIF QTG ABIF QT4 ABIF QTS ABIF QT9 ABIF QTZ ABIF QTA ABIF QTF ABIF QT5 ABIF QTR ABIF QTQ ABIF QT6 ABIF QTI ABIF QTC ABIF QTT ABIF QT8 ABIF QT1 ABIF QT7 ABIF QTP ABIF QTN\nABIF Q8W ABIF Q8X ABIF Q8H ABIF Q8E ABIF Q8Y ABIF Q80 ABIF Q82 ABIF Q8M ABIF Q8O ABIF Q83 ABIF Q8K ABIF Q8U ABIF Q8B ABIF Q8V ABIF Q8D ABIF Q8L ABIF Q8J ABIF Q8G ABIF Q84 ABIF Q8S ABIF Q89 ABIF Q8Z ABIF Q8A ABIF Q8F ABIF Q85 ABIF Q8R ABIF Q8Q ABIF Q86 ABIF Q8I ABIF Q8C ABIF Q8T ABIF Q88 ABIF Q81 ABIF Q87 ABIF Q8P ABIF Q8N\nABIF Q1W ABIF Q1X ABIF Q1H ABIF Q1E ABIF Q1Y ABIF Q10 ABIF Q12 ABIF Q1M ABIF Q1O ABIF Q13 ABIF Q1K ABIF Q1U ABIF Q1B ABIF Q1V ABIF Q1D ABIF Q1L ABIF Q1J ABIF Q1G ABIF Q14 ABIF Q1S ABIF Q19 ABIF Q1Z ABIF Q1A ABIF Q1F ABIF Q15 ABIF Q1R ABIF Q1Q ABIF Q16 ABIF Q1I ABIF Q1C ABIF Q1T ABIF Q18 ABIF Q11 ABIF Q17 ABIF Q1P ABIF Q1N\nABIF Q7W ABIF Q7X ABIF Q7H ABIF Q7E ABIF Q7Y ABIF Q70 ABIF Q72 ABIF Q7M ABIF Q7O ABIF Q73 ABIF Q7K ABIF Q7U ABIF Q7B ABIF Q7V ABIF Q7D ABIF Q7L ABIF Q7J ABIF Q7G ABIF Q74 ABIF Q7S ABIF Q79 ABIF Q7Z ABIF Q7A ABIF Q7F ABIF Q75 ABIF Q7R ABIF Q7Q ABIF Q76 ABIF Q7I ABIF Q7C ABIF Q7T ABIF Q78 ABIF Q71 ABIF Q77 ABIF Q7P ABIF Q7N\nABIF QPW ABIF QPX ABIF QPH ABIF QPE ABIF QPY ABIF QP0 ABIF QP2 ABIF QPM ABIF QPO ABIF QP3 ABIF QPK ABIF QPU ABIF QPB ABIF QPV ABIF QPD ABIF QPL ABIF QPJ ABIF QPG ABIF QP4 ABIF QPS ABIF QP9 ABIF QPZ ABIF QPA ABIF QPF ABIF QP5 ABIF QPR ABIF QPQ ABIF QP6 ABIF QPI ABIF QPC ABIF QPT ABIF QP8 ABIF QP1 ABIF QP7 ABIF QPP ABIF QPN\nABIF QNW ABIF QNX ABIF QNH ABIF QNE ABIF QNY ABIF QN0 ABIF QN2 ABIF QNM ABIF QNO ABIF QN3 ABIF QNK ABIF QNU ABIF QNB ABIF QNV ABIF QND ABIF QNL ABIF QNJ ABIF QNG ABIF QN4 ABIF QNS ABIF QN9 ABIF QNZ ABIF QNA ABIF QNF ABIF QN5 ABIF QNR ABIF QNQ ABIF QN6 ABIF QNI ABIF QNC ABIF QNT ABIF QN8 ABIF QN1 ABIF QN7 ABIF QNP ABIF QNN\nABIF-QWW ABIF-QWX ABIF-QWH ABIF-QWE ABIF-QWY ABIF-QW0 ABIF-QW2 ABIF-QWM ABIF-QWO ABIF-QW3 ABIF-QWK ABIF-QWU ABIF-QWB ABIF-QWV ABIF-QWD ABIF-QWL ABIF-QWJ ABIF-QWG ABIF-QW4 ABIF-QWS ABIF-QW9 ABIF-QWZ ABIF-QWA ABIF-QWF ABIF-QW5 ABIF-QWR ABIF-QWQ ABIF-QW6 ABIF-QWI ABIF-QWC ABIF-QWT ABIF-QW8 ABIF-QW1 ABIF-QW7 ABIF-QWP ABIF-QWN\nABIF-QXW ABIF-QXX ABIF-QXH ABIF-QXE ABIF-QXY ABIF-QX0 ABIF-QX2 ABIF-QXM ABIF-QXO ABIF-QX3 ABIF-QXK ABIF-QXU ABIF-QXB ABIF-QXV ABIF-QXD ABIF-QXL ABIF-QXJ ABIF-QXG ABIF-QX4 ABIF-QXS ABIF-QX9 ABIF-QXZ ABIF-QXA ABIF-QXF ABIF-QX5 ABIF-QXR ABIF-QXQ ABIF-QX6 ABIF-QXI ABIF-QXC ABIF-QXT ABIF-QX8 ABIF-QX1 ABIF-QX7 ABIF-QXP ABIF-QXN\nABIF-QHW ABIF-QHX ABIF-QHH ABIF-QHE ABIF-QHY ABIF-QH0 ABIF-QH2 ABIF-QHM ABIF-QHO ABIF-QH3 ABIF-QHK ABIF-QHU ABIF-QHB ABIF-QHV ABIF-QHD ABIF-QHL ABIF-QHJ ABIF-QHG ABIF-QH4 ABIF-QHS ABIF-QH9 ABIF-QHZ ABIF-QHA ABIF-QHF ABIF-QH5 ABIF-QHR ABIF-QHQ ABIF-QH6 ABIF-QHI ABIF-QHC ABIF-QHT ABIF-QH8 ABIF-QH1 ABIF-QH7 ABIF-QHP ABIF-QHN\nABIF-QEW ABIF-QEX ABIF-QEH ABIF-QEE ABIF-QEY ABIF-QE0 ABIF-QE2 ABIF-QEM ABIF-QEO ABIF-QE3 ABIF-QEK ABIF-QEU ABIF-QEB ABIF-QEV ABIF-QED ABIF-QEL ABIF-QEJ ABIF-QEG ABIF-QE4 ABIF-QES ABIF-QE9 ABIF-QEZ ABIF-QEA ABIF-QEF ABIF-QE5 ABIF-QER ABIF-QEQ ABIF-QE6 ABIF-QEI ABIF-QEC ABIF-QET ABIF-QE8 ABIF-QE1 ABIF-QE7 ABIF-QEP ABIF-QEN\nABIF-QYW ABIF-QYX ABIF-QYH ABIF-QYE ABIF-QYY ABIF-QY0 ABIF-QY2 ABIF-QYM ABIF-QYO ABIF-QY3 ABIF-QYK ABIF-QYU ABIF-QYB ABIF-QYV ABIF-QYD ABIF-QYL ABIF-QYJ ABIF-QYG ABIF-QY4 ABIF-QYS ABIF-QY9 ABIF-QYZ ABIF-QYA ABIF-QYF ABIF-QY5 ABIF-QYR ABIF-QYQ ABIF-QY6 ABIF-QYI ABIF-QYC ABIF-QYT ABIF-QY8 ABIF-QY1 ABIF-QY7 ABIF-QYP ABIF-QYN\nABIF-Q0W ABIF-Q0X ABIF-Q0H ABIF-Q0E ABIF-Q0Y ABIF-Q00 ABIF-Q02 ABIF-Q0M ABIF-Q0O ABIF-Q03 ABIF-Q0K ABIF-Q0U ABIF-Q0B ABIF-Q0V ABIF-Q0D ABIF-Q0L ABIF-Q0J ABIF-Q0G ABIF-Q04 ABIF-Q0S ABIF-Q09 ABIF-Q0Z ABIF-Q0A ABIF-Q0F ABIF-Q05 ABIF-Q0R ABIF-Q0Q ABIF-Q06 ABIF-Q0I ABIF-Q0C ABIF-Q0T ABIF-Q08 ABIF-Q01 ABIF-Q07 ABIF-Q0P ABIF-Q0N\nABIF-Q2W ABIF-Q2X ABIF-Q2H ABIF-Q2E ABIF-Q2Y ABIF-Q20 ABIF-Q22 ABIF-Q2M ABIF-Q2O ABIF-Q23 ABIF-Q2K ABIF-Q2U ABIF-Q2B ABIF-Q2V ABIF-Q2D ABIF-Q2L ABIF-Q2J ABIF-Q2G ABIF-Q24 ABIF-Q2S ABIF-Q29 ABIF-Q2Z ABIF-Q2A ABIF-Q2F ABIF-Q25 ABIF-Q2R ABIF-Q2Q ABIF-Q26 ABIF-Q2I ABIF-Q2C ABIF-Q2T ABIF-Q28 ABIF-Q21 ABIF-Q27 ABIF-Q2P ABIF-Q2N\nABIF-QMW ABIF-QMX ABIF-QMH ABIF-QME ABIF-QMY ABIF-QM0 ABIF-QM2 ABIF-QMM ABIF-QMO ABIF-QM3 ABIF-QMK ABIF-QMU ABIF-QMB ABIF-QMV ABIF-QMD ABIF-QML ABIF-QMJ ABIF-QMG ABIF-QM4 ABIF-QMS ABIF-QM9 ABIF-QMZ ABIF-QMA ABIF-QMF ABIF-QM5 ABIF-QMR ABIF-QMQ ABIF-QM6 ABIF-QMI ABIF-QMC ABIF-QMT ABIF-QM8 ABIF-QM1 ABIF-QM7 ABIF-QMP ABIF-QMN\nABIF-QOW ABIF-QOX ABIF-QOH ABIF-QOE ABIF-QOY ABIF-QO0 ABIF-QO2 ABIF-QOM ABIF-QOO ABIF-QO3 ABIF-QOK ABIF-QOU ABIF-QOB ABIF-QOV ABIF-QOD ABIF-QOL ABIF-QOJ ABIF-QOG ABIF-QO4 ABIF-QOS ABIF-QO9 ABIF-QOZ ABIF-QOA ABIF-QOF ABIF-QO5 ABIF-QOR ABIF-QOQ ABIF-QO6 ABIF-QOI ABIF-QOC ABIF-QOT ABIF-QO8 ABIF-QO1 ABIF-QO7 ABIF-QOP ABIF-QON\nABIF-Q3W ABIF-Q3X ABIF-Q3H ABIF-Q3E ABIF-Q3Y ABIF-Q30 ABIF-Q32 ABIF-Q3M ABIF-Q3O ABIF-Q33 ABIF-Q3K ABIF-Q3U ABIF-Q3B ABIF-Q3V ABIF-Q3D ABIF-Q3L ABIF-Q3J ABIF-Q3G ABIF-Q34 ABIF-Q3S ABIF-Q39 ABIF-Q3Z ABIF-Q3A ABIF-Q3F ABIF-Q35 ABIF-Q3R ABIF-Q3Q ABIF-Q36 ABIF-Q3I ABIF-Q3C ABIF-Q3T ABIF-Q38 ABIF-Q31 ABIF-Q37 ABIF-Q3P ABIF-Q3N\nABIF-QKW ABIF-QKX ABIF-QKH ABIF-QKE ABIF-QKY ABIF-QK0 ABIF-QK2 ABIF-QKM ABIF-QKO ABIF-QK3 ABIF-QKK ABIF-QKU ABIF-QKB ABIF-QKV ABIF-QKD ABIF-QKL ABIF-QKJ ABIF-QKG ABIF-QK4 ABIF-QKS ABIF-QK9 ABIF-QKZ ABIF-QKA ABIF-QKF ABIF-QK5 ABIF-QKR ABIF-QKQ ABIF-QK6 ABIF-QKI ABIF-QKC ABIF-QKT ABIF-QK8 ABIF-QK1 ABIF-QK7 ABIF-QKP ABIF-QKN\nABIF-QUW ABIF-QUX ABIF-QUH ABIF-QUE ABIF-QUY ABIF-QU0 ABIF-QU2 ABIF-QUM ABIF-QUO ABIF-QU3 ABIF-QUK ABIF-QUU ABIF-QUB ABIF-QUV ABIF-QUD ABIF-QUL ABIF-QUJ ABIF-QUG ABIF-QU4 ABIF-QUS ABIF-QU9 ABIF-QUZ ABIF-QUA ABIF-QUF ABIF-QU5 ABIF-QUR ABIF-QUQ ABIF-QU6 ABIF-QUI ABIF-QUC ABIF-QUT ABIF-QU8 ABIF-QU1 ABIF-QU7 ABIF-QUP ABIF-QUN\nABIF-QBW ABIF-QBX ABIF-QBH ABIF-QBE ABIF-QBY ABIF-QB0 ABIF-QB2 ABIF-QBM ABIF-QBO ABIF-QB3 ABIF-QBK ABIF-QBU ABIF-QBB ABIF-QBV ABIF-QBD ABIF-QBL ABIF-QBJ ABIF-QBG ABIF-QB4 ABIF-QBS ABIF-QB9 ABIF-QBZ ABIF-QBA ABIF-QBF ABIF-QB5 ABIF-QBR ABIF-QBQ ABIF-QB6 ABIF-QBI ABIF-QBC ABIF-QBT ABIF-QB8 ABIF-QB1 ABIF-QB7 ABIF-QBP ABIF-QBN\nABIF-QVW ABIF-QVX ABIF-QVH ABIF-QVE ABIF-QVY ABIF-QV0 ABIF-QV2 ABIF-QVM ABIF-QVO ABIF-QV3 ABIF-QVK ABIF-QVU ABIF-QVB ABIF-QVV ABIF-QVD ABIF-QVL ABIF-QVJ ABIF-QVG ABIF-QV4 ABIF-QVS ABIF-QV9 ABIF-QVZ ABIF-QVA ABIF-QVF ABIF-QV5 ABIF-QVR ABIF-QVQ ABIF-QV6 ABIF-QVI ABIF-QVC ABIF-QVT ABIF-QV8 ABIF-QV1 ABIF-QV7 ABIF-QVP ABIF-QVN\nABIF-QDW ABIF-QDX ABIF-QDH ABIF-QDE ABIF-QDY ABIF-QD0 ABIF-QD2 ABIF-QDM ABIF-QDO ABIF-QD3 ABIF-QDK ABIF-QDU ABIF-QDB ABIF-QDV ABIF-QDD ABIF-QDL ABIF-QDJ ABIF-QDG ABIF-QD4 ABIF-QDS ABIF-QD9 ABIF-QDZ ABIF-QDA ABIF-QDF ABIF-QD5 ABIF-QDR ABIF-QDQ ABIF-QD6 ABIF-QDI ABIF-QDC ABIF-QDT ABIF-QD8 ABIF-QD1 ABIF-QD7 ABIF-QDP ABIF-QDN\nABIF-QLW ABIF-QLX ABIF-QLH ABIF-QLE ABIF-QLY ABIF-QL0 ABIF-QL2 ABIF-QLM ABIF-QLO ABIF-QL3 ABIF-QLK ABIF-QLU ABIF-QLB ABIF-QLV ABIF-QLD ABIF-QLL ABIF-QLJ ABIF-QLG ABIF-QL4 ABIF-QLS ABIF-QL9 ABIF-QLZ ABIF-QLA ABIF-QLF ABIF-QL5 ABIF-QLR ABIF-QLQ ABIF-QL6 ABIF-QLI ABIF-QLC ABIF-QLT ABIF-QL8 ABIF-QL1 ABIF-QL7 ABIF-QLP ABIF-QLN\nABIF-QJW ABIF-QJX ABIF-QJH ABIF-QJE ABIF-QJY ABIF-QJ0 ABIF-QJ2 ABIF-QJM ABIF-QJO ABIF-QJ3 ABIF-QJK ABIF-QJU ABIF-QJB ABIF-QJV ABIF-QJD ABIF-QJL ABIF-QJJ ABIF-QJG ABIF-QJ4 ABIF-QJS ABIF-QJ9 ABIF-QJZ ABIF-QJA ABIF-QJF ABIF-QJ5 ABIF-QJR ABIF-QJQ ABIF-QJ6 ABIF-QJI ABIF-QJC ABIF-QJT ABIF-QJ8 ABIF-QJ1 ABIF-QJ7 ABIF-QJP ABIF-QJN\nABIF-QGW ABIF-QGX ABIF-QGH ABIF-QGE ABIF-QGY ABIF-QG0 ABIF-QG2 ABIF-QGM ABIF-QGO ABIF-QG3 ABIF-QGK ABIF-QGU ABIF-QGB ABIF-QGV ABIF-QGD ABIF-QGL ABIF-QGJ ABIF-QGG ABIF-QG4 ABIF-QGS ABIF-QG9 ABIF-QGZ ABIF-QGA ABIF-QGF ABIF-QG5 ABIF-QGR ABIF-QGQ ABIF-QG6 ABIF-QGI ABIF-QGC ABIF-QGT ABIF-QG8 ABIF-QG1 ABIF-QG7 ABIF-QGP ABIF-QGN\nABIF-Q4W ABIF-Q4X ABIF-Q4H ABIF-Q4E ABIF-Q4Y ABIF-Q40 ABIF-Q42 ABIF-Q4M ABIF-Q4O ABIF-Q43 ABIF-Q4K ABIF-Q4U ABIF-Q4B ABIF-Q4V ABIF-Q4D ABIF-Q4L ABIF-Q4J ABIF-Q4G ABIF-Q44 ABIF-Q4S ABIF-Q49 ABIF-Q4Z ABIF-Q4A ABIF-Q4F ABIF-Q45 ABIF-Q4R ABIF-Q4Q ABIF-Q46 ABIF-Q4I ABIF-Q4C ABIF-Q4T ABIF-Q48 ABIF-Q41 ABIF-Q47 ABIF-Q4P ABIF-Q4N\nABIF-QSW ABIF-QSX ABIF-QSH ABIF-QSE ABIF-QSY ABIF-QS0 ABIF-QS2 ABIF-QSM ABIF-QSO ABIF-QS3 ABIF-QSK ABIF-QSU ABIF-QSB ABIF-QSV ABIF-QSD ABIF-QSL ABIF-QSJ ABIF-QSG ABIF-QS4 ABIF-QSS ABIF-QS9 ABIF-QSZ ABIF-QSA ABIF-QSF ABIF-QS5 ABIF-QSR ABIF-QSQ ABIF-QS6 ABIF-QSI ABIF-QSC ABIF-QST ABIF-QS8 ABIF-QS1 ABIF-QS7 ABIF-QSP ABIF-QSN\nABIF-Q9W ABIF-Q9X ABIF-Q9H ABIF-Q9E ABIF-Q9Y ABIF-Q90 ABIF-Q92 ABIF-Q9M ABIF-Q9O ABIF-Q93 ABIF-Q9K ABIF-Q9U ABIF-Q9B ABIF-Q9V ABIF-Q9D ABIF-Q9L ABIF-Q9J ABIF-Q9G ABIF-Q94 ABIF-Q9S ABIF-Q99 ABIF-Q9Z ABIF-Q9A ABIF-Q9F ABIF-Q95 ABIF-Q9R ABIF-Q9Q ABIF-Q96 ABIF-Q9I ABIF-Q9C ABIF-Q9T ABIF-Q98 ABIF-Q91 ABIF-Q97 ABIF-Q9P ABIF-Q9N\nABIF-QZW ABIF-QZX ABIF-QZH ABIF-QZE ABIF-QZY ABIF-QZ0 ABIF-QZ2 ABIF-QZM ABIF-QZO ABIF-QZ3 ABIF-QZK ABIF-QZU ABIF-QZB ABIF-QZV ABIF-QZD ABIF-QZL ABIF-QZJ ABIF-QZG ABIF-QZ4 ABIF-QZS ABIF-QZ9 ABIF-QZZ ABIF-QZA ABIF-QZF ABIF-QZ5 ABIF-QZR ABIF-QZQ ABIF-QZ6 ABIF-QZI ABIF-QZC ABIF-QZT ABIF-QZ8 ABIF-QZ1 ABIF-QZ7 ABIF-QZP ABIF-QZN\nABIF-QAW ABIF-QAX ABIF-QAH ABIF-QAE ABIF-QAY ABIF-QA0 ABIF-QA2 ABIF-QAM ABIF-QAO ABIF-QA3 ABIF-QAK ABIF-QAU ABIF-QAB ABIF-QAV ABIF-QAD ABIF-QAL ABIF-QAJ ABIF-QAG ABIF-QA4 ABIF-QAS ABIF-QA9 ABIF-QAZ ABIF-QAA ABIF-QAF ABIF-QA5 ABIF-QAR ABIF-QAQ ABIF-QA6 ABIF-QAI ABIF-QAC ABIF-QAT ABIF-QA8 ABIF-QA1 ABIF-QA7 ABIF-QAP ABIF-QAN\nABIF-QFW ABIF-QFX ABIF-QFH ABIF-QFE ABIF-QFY ABIF-QF0 ABIF-QF2 ABIF-QFM ABIF-QFO ABIF-QF3 ABIF-QFK ABIF-QFU ABIF-QFB ABIF-QFV ABIF-QFD ABIF-QFL ABIF-QFJ ABIF-QFG ABIF-QF4 ABIF-QFS ABIF-QF9 ABIF-QFZ ABIF-QFA ABIF-QFF ABIF-QF5 ABIF-QFR ABIF-QFQ ABIF-QF6 ABIF-QFI ABIF-QFC ABIF-QFT ABIF-QF8 ABIF-QF1 ABIF-QF7 ABIF-QFP ABIF-QFN\nABIF-Q5W ABIF-Q5X ABIF-Q5H ABIF-Q5E ABIF-Q5Y ABIF-Q50 ABIF-Q52 ABIF-Q5M ABIF-Q5O ABIF-Q53 ABIF-Q5K ABIF-Q5U ABIF-Q5B ABIF-Q5V ABIF-Q5D ABIF-Q5L ABIF-Q5J ABIF-Q5G ABIF-Q54 ABIF-Q5S ABIF-Q59 ABIF-Q5Z ABIF-Q5A ABIF-Q5F ABIF-Q55 ABIF-Q5R ABIF-Q5Q ABIF-Q56 ABIF-Q5I ABIF-Q5C ABIF-Q5T ABIF-Q58 ABIF-Q51 ABIF-Q57 ABIF-Q5P ABIF-Q5N\nABIF-QRW ABIF-QRX ABIF-QRH ABIF-QRE ABIF-QRY ABIF-QR0 ABIF-QR2 ABIF-QRM ABIF-QRO ABIF-QR3 ABIF-QRK ABIF-QRU ABIF-QRB ABIF-QRV ABIF-QRD ABIF-QRL ABIF-QRJ ABIF-QRG ABIF-QR4 ABIF-QRS ABIF-QR9 ABIF-QRZ ABIF-QRA ABIF-QRF ABIF-QR5 ABIF-QRR ABIF-QRQ ABIF-QR6 ABIF-QRI ABIF-QRC ABIF-QRT ABIF-QR8 ABIF-QR1 ABIF-QR7 ABIF-QRP ABIF-QRN\nABIF-QQW ABIF-QQX ABIF-QQH ABIF-QQE ABIF-QQY ABIF-QQ0 ABIF-QQ2 ABIF-QQM ABIF-QQO ABIF-QQ3 ABIF-QQK ABIF-QQU ABIF-QQB ABIF-QQV ABIF-QQD ABIF-QQL ABIF-QQJ ABIF-QQG ABIF-QQ4 ABIF-QQS ABIF-QQ9 ABIF-QQZ ABIF-QQA ABIF-QQF ABIF-QQ5 ABIF-QQR ABIF-QQQ ABIF-QQ6 ABIF-QQI ABIF-QQC ABIF-QQT ABIF-QQ8 ABIF-QQ1 ABIF-QQ7 ABIF-QQP ABIF-QQN\nABIF-Q6W ABIF-Q6X ABIF-Q6H ABIF-Q6E ABIF-Q6Y ABIF-Q60 ABIF-Q62 ABIF-Q6M ABIF-Q6O ABIF-Q63 ABIF-Q6K ABIF-Q6U ABIF-Q6B ABIF-Q6V ABIF-Q6D ABIF-Q6L ABIF-Q6J ABIF-Q6G ABIF-Q64 ABIF-Q6S ABIF-Q69 ABIF-Q6Z ABIF-Q6A ABIF-Q6F ABIF-Q65 ABIF-Q6R ABIF-Q6Q ABIF-Q66 ABIF-Q6I ABIF-Q6C ABIF-Q6T ABIF-Q68 ABIF-Q61 ABIF-Q67 ABIF-Q6P ABIF-Q6N\nABIF-QIW ABIF-QIX ABIF-QIH ABIF-QIE ABIF-QIY ABIF-QI0 ABIF-QI2 ABIF-QIM ABIF-QIO ABIF-QI3 ABIF-QIK ABIF-QIU ABIF-QIB ABIF-QIV ABIF-QID ABIF-QIL ABIF-QIJ ABIF-QIG ABIF-QI4 ABIF-QIS ABIF-QI9 ABIF-QIZ ABIF-QIA ABIF-QIF ABIF-QI5 ABIF-QIR ABIF-QIQ ABIF-QI6 ABIF-QII ABIF-QIC ABIF-QIT ABIF-QI8 ABIF-QI1 ABIF-QI7 ABIF-QIP ABIF-QIN\nABIF-QCW ABIF-QCX ABIF-QCH ABIF-QCE ABIF-QCY ABIF-QC0 ABIF-QC2 ABIF-QCM ABIF-QCO ABIF-QC3 ABIF-QCK ABIF-QCU ABIF-QCB ABIF-QCV ABIF-QCD ABIF-QCL ABIF-QCJ ABIF-QCG ABIF-QC4 ABIF-QCS ABIF-QC9 ABIF-QCZ ABIF-QCA ABIF-QCF ABIF-QC5 ABIF-QCR ABIF-QCQ ABIF-QC6 ABIF-QCI ABIF-QCC ABIF-QCT ABIF-QC8 ABIF-QC1 ABIF-QC7 ABIF-QCP ABIF-QCN\nABIF-QTW ABIF-QTX ABIF-QTH ABIF-QTE ABIF-QTY ABIF-QT0 ABIF-QT2 ABIF-QTM ABIF-QTO ABIF-QT3 ABIF-QTK ABIF-QTU ABIF-QTB ABIF-QTV ABIF-QTD ABIF-QTL ABIF-QTJ ABIF-QTG ABIF-QT4 ABIF-QTS ABIF-QT9 ABIF-QTZ ABIF-QTA ABIF-QTF ABIF-QT5 ABIF-QTR ABIF-QTQ ABIF-QT6 ABIF-QTI ABIF-QTC ABIF-QTT ABIF-QT8 ABIF-QT1 ABIF-QT7 ABIF-QTP ABIF-QTN\nABIF-Q8W ABIF-Q8X ABIF-Q8H ABIF-Q8E ABIF-Q8Y ABIF-Q80 ABIF-Q82 ABIF-Q8M ABIF-Q8O ABIF-Q83 ABIF-Q8K ABIF-Q8U ABIF-Q8B ABIF-Q8V ABIF-Q8D ABIF-Q8L ABIF-Q8J ABIF-Q8G ABIF-Q84 ABIF-Q8S ABIF-Q89 ABIF-Q8Z ABIF-Q8A ABIF-Q8F ABIF-Q85 ABIF-Q8R ABIF-Q8Q ABIF-Q86 ABIF-Q8I ABIF-Q8C ABIF-Q8T ABIF-Q88 ABIF-Q81 ABIF-Q87 ABIF-Q8P ABIF-Q8N\nABIF-Q1W ABIF-Q1X ABIF-Q1H ABIF-Q1E ABIF-Q1Y ABIF-Q10 ABIF-Q12 ABIF-Q1M ABIF-Q1O ABIF-Q13 ABIF-Q1K ABIF-Q1U ABIF-Q1B ABIF-Q1V ABIF-Q1D ABIF-Q1L ABIF-Q1J ABIF-Q1G ABIF-Q14 ABIF-Q1S ABIF-Q19 ABIF-Q1Z ABIF-Q1A ABIF-Q1F ABIF-Q15 ABIF-Q1R ABIF-Q1Q ABIF-Q16 ABIF-Q1I ABIF-Q1C ABIF-Q1T ABIF-Q18 ABIF-Q11 ABIF-Q17 ABIF-Q1P ABIF-Q1N\nABIF-Q7W ABIF-Q7X ABIF-Q7H ABIF-Q7E ABIF-Q7Y ABIF-Q70 ABIF-Q72 ABIF-Q7M ABIF-Q7O ABIF-Q73 ABIF-Q7K ABIF-Q7U ABIF-Q7B ABIF-Q7V ABIF-Q7D ABIF-Q7L ABIF-Q7J ABIF-Q7G ABIF-Q74 ABIF-Q7S ABIF-Q79 ABIF-Q7Z ABIF-Q7A ABIF-Q7F ABIF-Q75 ABIF-Q7R ABIF-Q7Q ABIF-Q76 ABIF-Q7I ABIF-Q7C ABIF-Q7T ABIF-Q78 ABIF-Q71 ABIF-Q77 ABIF-Q7P ABIF-Q7N\nABIF-QPW ABIF-QPX ABIF-QPH ABIF-QPE ABIF-QPY ABIF-QP0 ABIF-QP2 ABIF-QPM ABIF-QPO ABIF-QP3 ABIF-QPK ABIF-QPU ABIF-QPB ABIF-QPV ABIF-QPD ABIF-QPL ABIF-QPJ ABIF-QPG ABIF-QP4 ABIF-QPS ABIF-QP9 ABIF-QPZ ABIF-QPA ABIF-QPF ABIF-QP5 ABIF-QPR ABIF-QPQ ABIF-QP6 ABIF-QPI ABIF-QPC ABIF-QPT ABIF-QP8 ABIF-QP1 ABIF-QP7 ABIF-QPP ABIF-QPN\nABIF-QNW ABIF-QNX ABIF-QNH ABIF-QNE ABIF-QNY ABIF-QN0 ABIF-QN2 ABIF-QNM ABIF-QNO ABIF-QN3 ABIF-QNK ABIF-QNU ABIF-QNB ABIF-QNV ABIF-QND ABIF-QNL ABIF-QNJ ABIF-QNG ABIF-QN4 ABIF-QNS ABIF-QN9 ABIF-QNZ ABIF-QNA ABIF-QNF ABIF-QN5 ABIF-QNR ABIF-QNQ ABIF-QN6 ABIF-QNI ABIF-QNC ABIF-QNT ABIF-QN8 ABIF-QN1 ABIF-QN7 ABIF-QNP ABIF-QNN


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url: =Engineering applications of structural optimization system based on Patran/Nastran--《Journal of Beijing University of Aeronautics and Astronautics》2006年02期\n《Journal of Beijing University of Aeronautics and Astronautics》 2006-02\nEngineering applications of structural optimization system based on Patran/Nastran\nYuan Jiajun Chen Shenyan Huang Hai(School of Astronautics,Beijing University of Aeronautics and Astronautics,Beijing 100083,China)\nTwo satellite structures were optimized using a structural optimization system that was secondary developed on the base of the commercial finite element software Patran/Nastran.The mass of structure was taken as the objective function and frequency and stress constraints were considered in the optimization.The system provided a Patran environment for users to establish the model of problem,while Nastran was executed as structural analysis code and the optimizer was based on two-level multi-point approximation method.The designed examples were typical complex structures of spacecraft constructed by honeycomb sandwich panels,shells as well as beams with various cross-sectional types.Man-machine interactive ways were also adopted and the structural masses were obviously decreased.The work supplies useful datum for the industrial departments to improve the current designs.The results of the developed system comply well with other's for one of the examples,and the validity of the system is further verified.\n1 WANG Xiang-sheng1,ZHAO Bin1,Li Yong-gang2,LIU Wei1,YUE Zhu-feng1(1.Department of Engineering Mechanics,Northwestern Polytechnical University,Xi′an 710072,China)(2.Technical Center of Chengdu Aircraft Industrial(Group) CO.LTD,Chengdu 610092,China);Structure Optimization of Airfoil Based on ISIGHT/NASTRAN[J];Aircraft Design;2008-04\n2 Zhou Zhicheng Qu Guangji (China Academy of Space Technology,Beijing 100094,China)Huang Hai (School of Astronautics,Beijing University of Aeronautics and Astronautics,Beijing 100191,China);Design optimization of satellite platform considering multiple structural cases[J];Journal of Beijing University of Aeronautics and Astronautics;2009-07\n3 WANG Ying-jia,et al(School of Mechanical Engineering,Zhengzhou university,Zhengzhou 450002,China);The Secondary Development of Structural Optimization Program System Based on MSC.Patran/Nastran[J];Journal of Henan Mechanical and Electrical Engineering College;2007-03\n1 Huang Hai;Ran Hongjun;Xia Renwei(Beijing University of Aeronautics and Astronautics,100083,P.R. China);Engineering program system for structural optimization──ESSOS[J];;1995-03\n1 CHANG Nan,WANG Wei,ZHAO Feng(School of Aeronautics,Northwestern Polytechnical University,Xi′an 710072,China);The Design and Realization of Composite Laminate Optimization Program Based on MSC.Nastran[J];Aircraft Design;2008-02\n2 WANG Xiang-sheng1,ZHAO Bin1,Li Yong-gang2,LIU Wei1,YUE Zhu-feng1(1.Department of Engineering Mechanics,Northwestern Polytechnical University,Xi′an 710072,China)(2.Technical Center of Chengdu Aircraft Industrial(Group) CO.LTD,Chengdu 610092,China);Structure Optimization of Airfoil Based on ISIGHT/NASTRAN[J];Aircraft Design;2008-04\n3 Zeng Guohua Dong Cong(Department of Civil Engineering,Tsinghua University Beijing 100084);OPTIMUM DESIGN SYSTEM 3SOD FOR LARGE-SCALE STRUCTURE[J];Industrial Construction;2007-S1\n5 Chen Shenyan, Huang Hai~*, Wang Limin (School of Space Technology, Beijing University of Aeronautics and Astronautics, Beijing 100083, China);Structural optimization of spacecraft with man-machine interaction[J];Chinese Journal of Computational Mechanics;2004-04\n6 WANG Yingjia et al.;Realization and Verification of System for Optimizing the Algorithm of Two-Level Multi-Point Approximation Structure[J];Mining & Processing Equipment;2007-06\n1 Xiu Yingshu\_ Cui Degang(School of Aeronautic Science and Technology, Beijing University of Aeronautics and Astronautics, Beijing 100083, China);Optimal design of composite sandwich structure[J];Journal of Beijing University of Aeronautics and Astronautics;2004-09\n3 XU Jian-quan,CHEN Ming-nian,LIN Da-tong(College of Mechanical and Electrical Engineering,Fujian Agriculture and Forestry University,Fuzhou,Fujian 350002,China);Effects of adding bracket joint on the load-carrying properties of bus L-joint structure[J];Journal of Fujian Agriculture and Forestry University(Natural Science Edition);2008-04\n4 Chen Mingnan (Department of Mechanical and Electrical Engineering, FAU, Fuzhou 350002);Effect of Real Shape of the Joints in Touring Bus on the Deformation and Stress Computing[J];JOURNAL OF FUJIAN AGRICULTURAL UNIVERSITY;1994-04\n5 (Department of Mechanical and Electrical Engineering, FAU, Fuzhou 350002);Analysis of the joints in a frame of touring bus with the hybrid methodChen Mingnian[J];JOURNAL OF FUJIAN AGRICULTURAL UNIVERSITY;1997-01\n7 LI En-qi,LI Dao-kui,TANG Guo-jin,LEI Yong-jun (College of Aerospace and Material Engineering,National Univ.of Defense Technology,Changsha 410073,China);Type Optimization of Small Satellite Major Joint Based on Static and Buckling Analysis[J];Journal of National University of Defense Technology;2006-03\n8 Liao Shuhua; Shen GuangLie (Dept. of Automobile Engineering of Guangxi Institute of Technology);Structure Analyses and Improvements of Bus Body with GX6930 Type[J];JOURNAL OF GUANGXI INSTITUTE OF TECHNOLOGY;1995-02\n9 Cao Xibin Wang Benli Kong Xianren Meng Fanping (Dept. of Astronotics and Machanics);The Structural Development of Multimisson Platform for Satellite[J];JOURNAL OF HARBIN INSTITUTE OF TECHNOLOGY;1997-03\n10 Wo Xiyuan Xia Yingwei Tu Bin(Beijing Institute of space Mechanics & Eletctricity,Beijing 100076);The Property of Honeycomb Sandwich Structure and the Destroy Mode Analyzing[J];Spacecraft Recovery & Remote Sensing;2005-04\n1 Beijing University of Aeronautics and Astronautics Huang Hai and Xia Renwei;TWO-LEVEL STRUCTURE OPTIMIZATION METHOD BASED ON ADAPTIVE MULTI-POINT CONSTRAINT APPROACHING[J];Acta Aeronautica Et Astronautica Sinica;1991-05\n2 Huang Hai; Xia Renwei(School of Space Technology, Beijing University of Aeronautics and Astronautics,Beijing, 100083);TWO-LEVEL MULTI-POINT APPROXIMATING METHOD FOR OPTIMUM DESIGN OF COMPLICATED STRUCTURES[J];ACTA AERONAUTICA ET ASTRONAUTICA SINICA;1994-07\n3 Sui Yunkang, Wang Xicheng (Dalian Institute of Technology);Structural Optimum Program System DDDU-2F for Complicated Engineering Practice[J];;1985-03\n4 Sui Yunkang;Xing Yufeng(Research Inst.of Eng.Mech.,Dalian Univ . of Tech.,Dalian 116023,China)Zhang Guiming(Dept.of Phystcs, Liaocheng Normal Inst.,Liaocheng 252059,China);THE DUAL OPTIMIZATION METHOD BY ORIGINAL/RECIPROCAL VARIABLES’EXPANSION BASED ON CUMULATIVE INFORMATION AI TWO POINTS[J];ACTA MECHANICA SINICA;1994-06


url: =Weihrauch | Hubert's Feines Futter • Phytotherapie\nVeröffentlicht am 26. März 2021 21. Februar 2022 Autor Renate KeimKategorien Bäume, Pflanzen, ProdukteSchlagwörter Aromatherapie, Bewegung, Bibel, Hund, PerNaturam, Phytotherapie, Verdauung\nZurück Vorheriger Beitrag: Wilde Möhre\nWeiter Nächster Beitrag: Geissblatt / Jelängerjelieber


url: =dblp: Feijun Qu\n◀ ▷ joint publications with Haina Lu\n> Home > Feijun Qu\nFeijun Qu, Zhengyi Jiang , Haina Lu:\nEffect of Mesh on Springback in 3D Finite Element Analysis of Flexible Microrolling. J. Appl. Math. 2015: 424131:1-424131:7 (2015)\nlast updated on 2020-07-17 22:03 CEST by the dblp team


url: =Effect of Soluble-Fiber on Lipoprotein and Lipid Levels in Rats Fed Hed High Cholesterol-Containing Diets--《》1995年01期\nEffect of Soluble-Fiber on Lipoprotein and Lipid Levels in Rats Fed Hed High Cholesterol-Containing Diets\nXiao Rong, et al., (Shangxi Medical College,Taiyuan 030001)\nSerum and liver levels of cholesterol TC, serum HDL-C and LDL-C, histopathology were determined in weanling SD rats fed diets, containing five dietary fibers(oat, guar gum, hippophae-rhamnoiders bran“HRB”, wheat bran and agar) enriched with 1% cholesterol.After 4 wk, the serum TC and LDL-C, liver TC concentrations were significantly decrease in rats fed diets with bean gum,oat and HRB. Only the serum HDL-C concentrations was siginificantly increased in oat diet to compare with the control diet (hypercholesterlemic diet).The HDL-C/TC ratio was significantly increased in every diets, except for agar diet. Hepatic histopathological examinations showed that the diets with guar gum,oat and HRB had lipotropic effect.It could be conclued the soluble fiber,especially oat and guar gum has substantial hypocholesterolemic effects.\n【CateGory Index】： R151.4\n1 FENG Cui\_|ping et al. (Food Science Department, Shanxi Agricultural University,Taigu Shanxi 030801);Effects of Asparagus skin on the Experimental hyperlipidemia in Rats[J];Journal of Shanxi Agricultural University;2001-03\n2 Li Xiuhua,Ma Zhengwei,Gao Zhuqi,et al(Shanxi Medical University,Taiyuan,030001,China);Comparison of hypocholesterolemic effects between dietary fiber complex and inositol nicotinate[J];SHANXI MEDICAL JOURNAL;2000-01\n3 ;Study on Hypocholesterolemic Effect ofModified Qat Bran Fiber Powder[J];JOURNAL OF THE CHINESE CEREALS AND OILS ASSOCIATION;1997-06\n4 Yang Dongren,et al.,(department of Nutrition and Food Hygiene,Shanxi Medical Collegs Taiyuan 030001);Comparison of Hypocholesterolemic Effects between Oat Bran and Oat Fiber[J];;1996-02\n1 XIE Sha-li,SHI Yuan-gang(Department of Nutrition and Food Hygiene,College of Preventive Medicine,Third Military Medical University,Chongqing 400038,China);Effects of soy oligosaccharides and peptides on blood lipid metabolism of rats[J];Acta Academiae Medicinae Militaris Tertiae;2006-09\n2 Zeng Kaihong et al;Study on the physiochemical properties of defattde rice bran[J];Guangzhou Food Science and Technology;2001-02\n3 HE Qing , HU Xiao-bo , ZHOU Shi-miao , WANG Xiao-yan (College of Applied Technology, Wenzhou University, Wenzhou 325035,China);Evaluation on nutrition components of Enteromorpha linza[J];Marine Sciences;2006-01\n4 ZHANG Xin-yue,CHENG Min,MENG Qian-chao,et al. (Institute of Materia Medico. , Zhejiang Academy of Medical Sciences , Hangzhou 310013, China);Studies on antihyperlipidemic effect of Polysaccharide from Sargassum Fusiforme[J];Chinese Journal of Marine Drugs;2003-05\n5 CHEN Pei ji, LI Liu dong,YANG Xian qing, et al. (South China Sea Fisheries Institute, CAFS, Guangzhou 510300, China);Functional activation of dietary fibers from Laminaria japonica and its laxative effect[J];Chinese Journal of Marine Drugs;2004-02\n6 LIU Huai yu 1, CHEN Wu jun 1, TANG Yi 1, HU Kai 1, WU Jian hua 1, QIAN Li nian 2, LI Bing 3, XU Jie 3, GUO Hong wei 3. 1.Hygiene Preventive Station, Luwan District, Shanghai 200025, China; 2.Huaihai Section Hospital, Luwan District, Shangh;An evaluation of the effects of nutritional intervention on type 2 DM[J];CHINESE JOURNAL OF DISEASE CONTROL AND PREVENTION;2000-03\n7 ;Effect and Mechanism of Decreasing Serum Cholesterol of Multifunctional Soybean Fiber[J];CEREAL & FEED INDUSTRY;2000-07\n8 ;Hypocholesterolemic Effects of Cereal Brans[J];CEREAL & FEED INDUSTRY;1996-03\n9 ;A Study on te Use of Extrusion for Raising the SDF Content in Soybean Dregs[J];CEREAL & FEED INDUSTRY;1996-08\n10 Hong Nankang, et at. Department of Surgery, Zhongshan Hospital, Shanghai First Medical College;DETERMINATION OF TOTAL BILE ACIDS IN BILE BY PHOSPHOMOLYBDATE COLORIMETRY[J];Shanghai Medical Journal;1983-01\n1 TU Baojun1, QIN Weidong2, ZHANG Long2, CHEN Qingchong2, SHI Weidong2 (1.Educational Administration Office, Xuzhou Institute of Technology, Xuzhou 221008; 2.College of Food Technology, Xuzhou Institute of Technology, Xuzhou 221008);Research Actualities and Development Strategies of Flavonoids in Asparagus[J];Journal of Changjiang Vegetables;2008-14\n2 SUN Jianfeng ZHAO Jun QI Ru XIAO Yu LIN Yingting(College of Animal Science and Veterinary Medicine,Qingdao Agricultural University,Qingdao 266109,China);Effects of Adding Levels of Enteromorpha prolifera into a Diet on Immunity and Serum Biochemical Indices of Broiler Chickens[J];Chinese Journal of Animal Nutrition;2010-03\n3 MAI Zixin1,GUAN Donghua1,LIN Minxia1,OU Manchun1,WENG Zhiqiang2(1.Faculty of Clinical Medcine,Grade 2006,Bilingual Class 2, Guangzhou Medical College,Guangzhou 510180,China; 2.The Second Affiliated Hospital of Guangzhou Medical College,Guangzhou 510260,China);Progress in the Role of Dietary Fiber on Blood-Fat Reducing and Its Mechanism[J];Guangdong Trace Elements Science;2011-01\n4 WU Hui, HOU Ping, LI Xiao-feng, YU Yi-gang, LIU Dong-mei (College of Light Industry and Food Sciences, South China University of Technology, Guangzhou 510640, China);Research Progress in Extraction of Dietary Fibers from Different Materials and their Characteristics[J];Modern Food Science and Technology;2008-01\n5 ;Advances in the studies of the effects of oats on lipid metabolism[J];Journal of Regional Anatomy and Operative Surgery;2004-05\n6 Zhou Shengsheng, Zhao Yusheng Food and Bioengineering Department, Zhengzhou University of Light Industry (Zhengzhou, 450002);Discussion on further processing of coarse cereals in China[J];Cereal and Food Indastry;2005-05\n7 HU Xin-zhong(College of Food Science & Engineering, Northwest A & F University, Yangling, Shaanxi 712100, China);Food Processing and Functional Character of Oats[J];Acta Tritical Crops;2005-05\n8 Liu Yongfeng,Yang Xiaoqing(College ofFood Science and Engineering,Inner Mongolia Agricultural University,Huhhot,Inner Mongolia 010018,China);Study on the Silty Features of Oat-wheat Mixed Flour[J];Academic Periodical of Farm Products Processing;2010-06\n9 PAN Wei,YUAN Bao-jun1(School of Public Health,Southeast University,Nanjing 210009;1Jiangsu Provincial Center for Disease Prevention and Control,Nanjing 210009,China);Relationship between hyperlipidemia and nutrients intake among adults in Jiangsu[J];Acta Universitatis Medicinalis Nanjing(Natural Science);2010-07\n10 WANG Guo-ze(School of Biological and Chemical Engineering,Inner Mongolia University of Science and Technology,Baotou 014010,China);PROCESSING AND PROSPECTS FOR COMPREHENSIVE UTILIZATION OF NAKED OATS[J];Journal of Inner Mongolia Agricultural University(Natural Science Edition);2008-03


url: =Damon Wing Kee Wong - researchr alias\nPublications by 'Damon Wing Kee Wong'\nVolumetric Choroidal Segmentation Using Sequential Deep Learning Approach in High Myopia SubjectsDheo A. Y. Cahyo, Damon Wing Kee Wong, Ai Ping Yow, Seang Mei Saw, Leopold Schmetterer. embc 2020: 1286-1289 [doi]\nAngle-Closure Detection in Anterior Segment OCT Based on Multilevel Deep NetworkHuazhu Fu, Yanwu Xu, Stephen Lin, Damon Wing Kee Wong, Mani Baskaran, Meenakshi Mahesh, Tin Aung, Jiang Liu 0001. tcyb, 50(7):3358-3366, 2020. [doi]\nAutomatic Glaucoma Detection from Stereo Fundus ImagesEe Ping Ong, Jun Cheng 0003, Damon Wing Kee Wong, Elton L. T. Tay, Hwei Yee Teo, Rosalyn Grace Loo, Leonard W. L. Yip. embc 2020: 1540-1543 [doi]\nThree-dimensional choroidal vessel network quantification using swept source optical coherence tomographyBingyao Tan, Damon Wing Kee Wong, Ai Ping Yow, Xinwen Yao, Leopold Schmetterer. embc 2020: 1883-1886 [doi]\nLocalization of Anatomical Features in Vascular-enhanced Enface OCT ImagesDamon Wing Kee Wong, Ai Ping Yow, Bingyao Tan, Xinwen Yao, Jacqueline Chua, Leopold Schmetterer. embc 2020: 1875-1878 [doi]\nAutomated circumpapillary retinal nerve fiber layer segmentation in high-resolution swept-source OCTAi Ping Yow, Bingyao Tan, Jacqueline Chua, Tin Aung, Rahat Husain, Leopold Schmetterer, Damon Wing Kee Wong. embc 2020: 1832-1835 [doi]\nStructure-Preserving Guided Retinal Image Filtering and Its Application for Optic Disk AnalysisJun Cheng 0003, Zhengguo Li, Zaiwang Gu, Huazhu Fu, Damon Wing Kee Wong, Jiang Liu 0001. tmi, 37(11):2536-2546, 2018. [doi]\nMulti-context Deep Network for Angle-Closure Glaucoma Screening in Anterior Segment OCTHuazhu Fu, Yanwu Xu, Stephen Lin, Damon Wing Kee Wong, Mani Baskaran, Meenakshi Mahesh, Tin Aung, Jiang Liu. miccai 2018: 356-363 [doi]\nJoint Optic Disc and Cup Segmentation Based on Multi-Label Deep Network and Polar TransformationHuazhu Fu, Jun Cheng 0003, Yanwu Xu, Damon Wing Kee Wong, Jiang Liu 0001, Xiaochun Cao. tmi, 37(7):1597-1605, 2018. [doi]\nDeepAMD: Detect Early Age-Related Macular Degeneration by Applying Deep Learning in a Multiple Instance Learning FrameworkHuiying Liu, Damon Wing Kee Wong, Huazhu Fu, Yanwu Xu, Jiang Liu. ACCV 2019: 625-640 [doi]\nA Robust Outliers' Elimination Scheme for Multimodal Retina Image Registration Using Constrained Affine TransformationEe Ping Ong, Jun Cheng 0003, Damon Wing Kee Wong, Hwei Yee Teo, Leonard W. L. Yip. tencon 2018: 425-429 [doi]\nAutomatic Detection of Preferred Retinal Locus (PRL) for Low Vision Rehabilitation using Oculometrics AnalysisAi Ping Yow, Damon Wing Kee Wong, Tock Han Lim, Augustinus Laude. embc 2018: 3954-3957 [doi]\nExtract-and-match geometric corner and step pattern approach for registration of fluoroscopic X-ray sequencesJimmy Addison Lee, Mengdi Xu, Jun Cheng, Huazhu Fu, Damon Wing Kee Wong, Nicolas Foin. embc 2017: 568-571 [doi]\nDetecting impaired vision caused by AMD from gaze dataHuiying Liu, Yanwu Xu, Damon Wing Kee Wong, Ai Ping Yow, Augustinus Laude, Tock Han Lim. embc 2017: 3142-3145 [doi]\nGlaucoma classification from retina optical coherence tomography angiogramEe Ping Ong, Jun Cheng, Damon Wing Kee Wong, Jiang Liu, Elton L. T. Tay, Leonard W. L. Yip. embc 2017: 596-599 [doi]\nAutomatic visual impairment detection system for age-related eye diseases through gaze analysisAi Ping Yow, Damon Wing Kee Wong, Huiying Liu, Hongyuan Zhu, Ivy Jing-Wen Ong, Augustinus Laude, Tock Han Lim. embc 2017: 2450-2453 [doi]\nSpeckle Reduction in 3D Optical Coherence Tomography of Retina by A-Scan ReconstructionJun Cheng, Dacheng Tao, Ying Quan, Damon Wing Kee Wong, Chui Ming Gemmy Cheung, Masahiro Akiba, Jiang Liu 0001. tmi, 35(10):2270-2279, 2016. [doi]\nRetinal vessel segmentation via deep learning network and fully-connected conditional random fieldsHuazhu Fu, Yanwu Xu, Damon Wing Kee Wong, Jiang Liu. isbi 2016: 698-701 [doi]\nAutomatic anterior chamber angle structure segmentation in AS-OCT image based on label transferHuazhu Fu, Yanwu Xu, Damon Wing Kee Wong, Jiang Liu 0001, Mani Baskaran, Shamira A. Perera, Tin Aung. embc 2016: 1288-1291 [doi]\nDeepVessel: Retinal Vessel Segmentation via Deep Learning and Conditional Random FieldHuazhu Fu, Yanwu Xu, Stephen Lin, Damon Wing Kee Wong, Jiang Liu 0001. miccai 2016: 132-139 [doi]\nAn automatic quantitative measurement method for performance assessment of retina image registration algorithmsEe Ping Ong, Jimmy Addison Lee, Guozhen Xu, Beng Hai Lee, Damon Wing Kee Wong. embc 2016: 3252-3255 [doi]\nSimilarity-weighted linear reconstruction of anterior chamber angles for glaucoma classificationYanwu Xu, Jiang Liu, Damon Wing Kee Wong, Mani Baskaran, Shamira A. Perera, Tin Aung. isbi 2016: 693-697 [doi]\nAutomatic Optic Disc Detection in OCT Slices via Low-Rank ReconstructionHuazhu Fu, Dong Xu, Stephen Lin, Damon Wing Kee Wong, Jiang Liu 0001. tbe, 62(4):1151-1158, 2015. [doi]\nA low-dimensional step pattern analysis algorithm with application to multimodal retinal image registrationJimmy Addison Lee, Jun Cheng, Beng Hai Lee, Ee Ping Ong, Guozhen Xu, Damon Wing Kee Wong, Jiang Liu 0001, Augustinus Laude, Tock Han Lim. cvpr 2015: 1046-1053 [doi]\nRegistration of Color and OCT Fundus Images Using Low-dimensional Step Pattern AnalysisJimmy Addison Lee, Jun Cheng, Guozhen Xu, Ee Ping Ong, Beng Hai Lee, Damon Wing Kee Wong, Jiang Liu. miccai 2015: 214-221 [doi]\nRetina verification using a combined points and edges approachEe Ping Ong, Yanwu Xu, Damon Wing Kee Wong, Jiang Liu 0001. icip 2015: 2720-2724 [doi]\nA Robust Outlier Elimination Approach for Multimodal Retina Image RegistrationEe Ping Ong, Jimmy Addison Lee, Jun Cheng, Guozhen Xu, Beng Hai Lee, Augustinus Laude, Stephen Teoh, Tock Han Lim, Damon Wing Kee Wong, Jiang Liu 0001. miccai 2015: 329-337 [doi]\nAn augmented reality assistance platform for eye laser surgeryEe Ping Ong, Jimmy Addison Lee, Jun Cheng, Beng Hai Lee, Guozhen Xu, Augustinus Laude, Stephen Teoh, Tock Han Lim, Damon Wing Kee Wong, Jiang Liu. embc 2015: 4326-4329 [doi]\nUsing deep learning for robustness to parapapillary atrophy in optic disc segmentationRuchir Srivastava, Jun Cheng, Damon Wing Kee Wong, Jiang Liu 0001. isbi 2015: 768-771 [doi]\nGraph based lumen segmentation in optical coherence tomography imagesMengdi Xu, Jun Cheng, Damon Wing Kee Wong, Jiang Liu, Akira Taruya, Atsushi Tanaka. IEEEicics 2015: 1-5 [doi]\nSpeckle Reduction in Optical Coherence Tomography by Image Registration and Matrix CompletionJun Cheng, Lixin Duan, Damon Wing Kee Wong, Dacheng Tao, Masahiro Akiba, Jiang Liu 0001. miccai 2014: 162-169 [doi]\nSpeckle reduction in optical coherence tomography by matrix completion using bilateral random projectionJun Cheng, Lixin Duan, Damon Wing Kee Wong, Masahiro Akiba, Jiang Liu. embc 2014: 186-189 [doi]\nGeometric corner extraction in retinal fundus imagesJimmy Addison Lee, Beng Hai Lee, Guozhen Xu, Ee Ping Ong, Damon Wing Kee Wong, Jiang Liu 0001, Tock Han Lim. embc 2014: 158-161 [doi]\nGrowcut-based drusen segmentation for age-related macular degeneration detectionHuiying Liu, Yanwu Xu, Damon Wing Kee Wong, Jiang Liu 0001. vcip 2014: 161-164 [doi]\nEffective Drusen Segmentation from Fundus Images for Age-Related Macular Degeneration ScreeningHuiying Liu, Yanwu Xu, Damon Wing Kee Wong, Jiang Liu 0001. ACCV 2015: 483-498 [doi]\nAutomatic atherosclerotic heart disease detection in intracoronary optical coherence tomography imagesMengdi Xu, Jun Cheng, Damon Wing Kee Wong, Akira Taruya, Atsushi Tanaka, Jiang Liu. embc 2014: 174-177 [doi]\nEfficient Reconstruction-Based Optic Cup Localization for Glaucoma ScreeningYanwu Xu, Stephen Lin, Damon Wing Kee Wong, Jiang Liu 0001, Dong Xu. miccai 2013: 445-452 [doi]\nAutomated anterior chamber angle localization and glaucoma type classification in OCT imagesYanwu Xu, Jiang Liu, Jun Cheng, Beng Hai Lee, Damon Wing Kee Wong, Mani Baskaran, Shamira A. Perera, Tin Aung. embc 2013: 7380-7383 [doi]\nAnterior chamber angle classification using multiscale histograms of oriented gradients for glaucoma subtype identificationYanwu Xu, Jiang Liu, Ngan-Meng Tan, Beng Hai Lee, Damon Wing Kee Wong, Mani Baskaran, Shamira A. Perera, Tin Aung. embc 2012: 3167-3170 [doi]\nAutomatic glaucoma diagnosis from fundus imageJ. Liu, F. S. Yin, Damon Wing Kee Wong, Z. Zhang, Ngan-Meng Tan, C. Y. Cheung, Mani Baskaran, T. Aung, T. Y. Wong. embc 2011: 3383-3386 [doi]


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url: =Provenance Analysis of Middle Jurassic Sediments and Its Geological Significance in Mohe Basin--《Journal of Jilin University(Earth Science Edition)》2008年03期\nProvenance Analysis of Middle Jurassic Sediments and Its Geological Significance in Mohe Basin\nHE Zhong-hua1,LIU Zhao-jun1,GUO Hong-wei2,HOU Wei1,DONG Lin-sen11.College of Earth Sciences,Jilin University,Changchun 130061,China2.The Eleventh Geologic Party of Liaoning Province,Huludao,Liaoning 125000,China\nMohe Basin situates in the northern edge of Erguna massif and to the Mongolia-Okhotsk orogenic belt in north.Both Mohe Basin and Amur Basin in Russia belonged to the same basin in the Mesozoic.The Middle Jurassic of Mohe Basin includes Xiufeng Formation,Ershierzhan Formation,Emuer River Formation and Kaikukang Formation.According to the composition of gravel,debris and the heavy mineral of clastic rocks,it can be determined that the mother rocks are of mainly metamorphic rocks and intermediate-acid igneous rocks,few of sediments and basic igneous rocks.Taking the paleocurrent direction into account,the source of the sediments are in the south.Sediments were transported from multiple provenances,one provenance is the block-uplifted basement,and another is the opened magmatic arc.Comparing with the regional lithology,the block-uplifted basement may be from the Xinghuadukou Formation(Paleoproterozoic) and Xinglong Formation(Cambrian),the cut magmatic arc is related with the collision and post-collision granitic rocks of Paleozoic and acidic igneous rocks of Early Mesozoic.According to the supply of mother rock features,it is concluded that Mohe Basin in the Middle Jurassic period is not a typical foreland basin,but compressive flexure basin or intermountain basin under the setting of compression.\n1 HOU Wei1,LIU Zhao-jun2,HE Yu-ping3,HE Zhong-hua2,ZHANG Lei41.Key Laboratory of Marine Reservoir Evolution and Hydrocarbon Accumulation Mechanism,Ministry of Education,China University of Geosciences,Beijing 100083,China2.College of Earth Sciences,Jilin University,Changchun 130061,China3.Exploration Research Department,CNOOC Research Center,Beijing 100027,China4.College of Resources and Information,China University of Petroleum,Beijing 102249,China;Sedimentary Characteristics and Tectonic Setting of the Upper Jurassic Mohe Basin[J];Journal of Jilin University(Earth Science Edition);2010-02\n2 YANG Yong-qiang1,QIU Long-wei1,JIANG Zai-xing2,BAI Feng-kun3 1.College of Earth Resource and Information,China University of Petroleum,Qingdao 266555,Shandong,China 2.School of Energy Resources,China University of Geosciences,Beijing 100083,China 3.Shengli Production Plant,Shengli Oilfield Company Ltd,Sinopec,Dongying 257061,Shandong,China;Beach Bar-Provenance System on the Upper Part of Fourth Member of Shahejie Formation,in Dongying Sag[J];Journal of Jilin University(Earth Science Edition);2011-01\n5 He Zhengjun, Li Jinyi, Niu Baogui and Ren Jishun(Institute oj Geology, Chinese Academy of Geological Sciences,Biejing, 100037);A Late Jurassic Intense Thrusting-Uplifting Event in the Yanshan——Yinshan Area,Northern China,and Its Sedimentary Response[J];Geological Review;1998-04\n6 SUN Guang rui,LI Yang chun,ZHANG Yu(Qiqihar Branch,Research Institute of Regional Geological Survey of Heilongjiang,Qiqihar 161005,China);THE BASEMENT TECTONICS OF ERGUN MASSIF[J];Journal of Precious Metallic Geology;2002-03\n7 ZHANG Shun, LIN Chun-ming, WU Chao-dong, YANG Jian-guo ( Beijing University Earth and Space Institute, Beijing 100871, China; Department of Earth Sciences, Nanjing University, Nanjing 210093, China ; Institution of Exploration and Development, Daqing Oil Field Co. Ltd, Heilongjiang 163712, China);Tectonic Characteristics and Basin Evolution of the Mohe Basin, Heilongjiang Province[J];Geological Journal of China Universities;2003-03\n8 MO Shen-guo~1, HAN Mei-lian~2,LI Jin-yi~1(1. Institute of Geology, Chinese Academy of Geological Sciences, Beijing 100037, China; 2. Dept. of Resources and Civil Eng., SUST, Taian, Shandong 271019, China);Compositions and Orogenic Processes of Mongolia-Okhotsk Orogen[J];Journal of Shandong Inst.of Min.& Tech;2005-03\n9 Deng Hongwen\_ Wang Hongliang\_ Zhai Aijun\_ Xu Changgui (Resources Department,China University of Ceosciences,Beijing);SEQUENCE STRATIGRAPHY AND RESERVOIR DISTRIBUTION[J];OIL & GAS GEOLOGY;1999-02\n10 LI Jinyi1, HE Zhengjun1, MO Shenguo1, Andrey A. Sorokin2(1 Institute of Geology, Chinese Academy of Geological Sciences, Beijing 100037, China;2 Division of Regional Geology and Hydrogeology, Far-East Branch of Russian Academyof Sciences, Blagoveshchensk 675000, Russia);The age of conglomerates in the lower part of the XiufengFormation in the northern Da Hinggan Mountains,NE China, and their tectonic implications[J];Regional Geology of China;2004-02\n7 LIU Shi-lin1,2,LIU Yun-hua3,LIN Ge1,ZHOU Ye1,2,GONG Fa-xiong1,2,ZHANG De-sheng1,21.Guangzhou Institute of Geochemistry,Chinese Academy of Sciences,Guangzhou510640,China2.Graduate School,Chinese Academy of Sciences,Beijing100039,China3.Institute of Jidong Oilfield,CNPC,Tangshan,Hebei063004,China;Tectonic Background and Provenance of the Neogene Sandstones Evidenced from Their Chemical Composition,Guantao Formation of Nanpu Sag,Bohai Bay Basin,China[J];Journal of Jilin University(Earth Science Edition);2007-03\n10 LIU Shi-xiang,XUE Lin-fu,QIE Rui-qing,ZHANG Xu-dong,MENG Qing-longCollege of Earth Sciences,Jilin University,Changchun 130061,China;An Application of GIS-Based Weights of Evidence for Gold Prospecting in the Northwest of Heilongjiang Province[J];Journal of Jilin University(Earth Science Edition);2007-05\n4 Wenjiao Xiao Key Laboratory of Lithosphere Tectonic Evolution,Institute of Geology and Geophysics,Chinese Academy of Sciences, Beijing,China Brian F.Windley Department of Geology,University of Leicester,Leicester,UK Jie Hao and Mingguo Zhai Institute of Geology and Geophysics,Chinese Academy of Sciences,Bajing,China;Accretion leading to collision and the Permian Solonker suture,Inner Mongolia,China:Termination of the central Asian orogenic belt[A];[C];2003\n5 LI Zhong~1,LIU Shaofeng~2,ZHANG Jinfang~2 & WANG Qingchen~1 1.Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China; 2.China University of Geosciences,Beijing 100083,China;Typical basin-fill sequences and basin migration in Yanshan,North China——Response to Mesozoic tectonic transition[A];[C];2004\n2 QI Jing-shun1,2,LI Guang-wei2,SUN Li-dong2,XIE Hao2,LIU Qing-min31.School of the Earth Sciences and Resources,China University of Geosciences,Beijing 100083,China2.Exploration & Development Institute of Daqing Oil Company,Daqing,Heilongjiang 163712,China3.Huabei Oilfield Company,Communication Company,Renqiu,Hebei 062550,China;The Research on Sequence Stratigraphy and Sedimentary Facies of the Member 4 of Yingcheng Formation in Xujiaweizi Depression[J];Journal of Jilin University(Earth Science Edition);2009-06\n7 TIAN Jing-chun,CHEN Gao-wu,ZHANG Xiang, NIE Yong-sheng,ZHAO Qiang,WEI Dong-xiao State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation,Chengdu University of Technology,Chengdu 610059,China;Application of sedimentary geochemistry in the analysis of sequence stratigraphy[J];Journal of Chengdu University of Technology(Science & Technology Edition);2006-01\n8 XIANG Fang~(1,2),WANG Cheng-shan~3,LI Guo-zhong~4,ZHU Li-dong~1,LI Yong-zhao~1,JIANG Ping~11.Institute of Sedimentary Geology,Chengdu University of Technology,Chengdu 610059,China;2.Key Laboratory of the Ministry of Education for Earth Exploration and Information Technique,Chengdu University of Technology,Chengdu 610059,China;3.School of the Earth Sciences and Resources,China University of Geosciences,Beijing 100083,China;4.Special School of Zhengzhou Industry & Trade,Zhengzhou 450007,China;Character of heavy minerals in Quaternary sediments in Yichang area and its relationship with cut-through of the Yangtze Three Gorges,China[J];Journal of Chengdu University of Technology(Science & Technology Edition);2006-02\n5 Ye Wei(Xinjiang Institute of Geography, Chinese Academy of Sciences,Urumqi\_ 830011);A Flume Study on Grain Size Distributions of Sediments and Patterns of Heavy Mineral Concentrations[J];ACTA SEDIMENTOLOGICA SINICA;1998-02\n6 Li Jinyi, He Zhengjun, Mo Shenguo and (Institute of Geology, CAGS, Beijing 100037, China) Zheng Qingdao (Heilongjiang Bureau of Exploration and Exploitation of Geology and M ineral Resources, Ha'erbin 150036, China);The Late Mesozoic Orogenic Processes of Mongolia-Okhotsk Orogen: Evidence from Field Investigations into Deformation of the Mohe Area, NE China[J];东北亚地学研究(英文版);1999-02\n9 He Zhengjun (Regional Geological Surveying Team, Liaoning Bureau of Geology and Mineral Resources);REE GEOCHEMISTRY OF MIDDLE PROTEROZOIC-MESOZOIC PELITES IN LIAONING PROVINCE[J];Geochimica;1988-02


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url: =Protective effects of monascus on cerebral hemorrhage after intracerebral hemorrhage in rats--《Chinese Journal of Difficult and Complicated Cases》2017年05期\nProtective effects of monascus on cerebral hemorrhage after intracerebral hemorrhage in rats\nYI Jinying;WANG Gaiqing;WANG Juan;DUAN Shuna;LI Tong;DONG Liang;Graduate School,Shanxi Medical University;\nObjective To investigate the protective effect of monascin on cerebral hemorrhage and its optimal dose.Methods From March 2016 to October 2016 at the Shanxi Medical University neural electrophysiology laboratory selected120 male SD rats were randomly divided into sham operation group,model group,low dose monascin group,middle dose monascin group and high dose monascin group with 24 rats in each group.The rat model of cerebral hemorrhage was established by injection of Gollagenase type Ⅳ.The neurological deficit scores of Garcia were measured at 1,3,7 and 14 d after operation.Results Compared with the sham group,the scores of neurological deficits in model group,low dose group,middle dose group and high dose group were significantly decreased at 1,3,7 and 14 days(F = 181.705,F =494.229,F =226.576,F =24.726,P 0.01).The brain water content was significantly higher at 1 and3 d,respectively(F =21.781,70.036,P 0.05).The amount of iron deposition was significantly increased at 3,7 and 14 days(F = 21.426,118.122,107.773,P 0.05),and reached the peak at 7-14 days,and the number of PPAR-γ immunoreactive cells increased significandy at 1,3 and 7 days(F =3.394,F =28.622,F =14.12,P 0.05)(F =33.076,F =23.17,F =47.779,F =12.182,P 0.05).The number of SRA immunoreactive cells was significandy higher than that of the control group(F =22.283,F =511.092,F =51.811,F =31.060,P 0.05).Compared wiuS the model group,the Garcia score of the high dose group increased(P 0.05),the brain water content and the amount of iron stained particles decreased(P 0.05),and the high dose group PPAR-γ,Nrf2 and SRA The number of positive cells was significantly increased at 1,3 and 7 days(P 0.05),reached the peak at 3-7 days and decreased to the level of model group at 14 days.Conclusion High dose of monascus can increase the number of PPAR-γ,Nrf2 and SRA positive cells after cerebral hemorrhage,reduce brain edema and brain iron content after cerebral hemorrhage,and improve neurological deficits after cerebral hemorrhage.\n【Fund】： 山西省基础研究计划项目(2014011041-5);; 2014年山西省卫生计生委科研项目(201301010)\n1 SUN Xiaoli;WU Yue;QIN Min;LI Juan;Department of Internal Medicine,Central Hospital of Shangluo City,Shaanxi Province;;Clinical efficacy and changes in brain natriuretic peptide of patients with acute cerebral hemorrhage in treatment with edaravone[J];疑难病杂志;2016-12\n2 Dong Yongjun;Tian Dezhou;Song Feixia;Department of Neurosurgery,Affiliated Hospital of Yan'an University;;Levels of serum matrix metalloproteinase-9 and tissue inhibitor of metalloprpteinase-1 in patients with cerebral hemorrhage and their correlations with cerebral edema[J];中国医药;2016-10\n3 LIU Yashou;LIU Shixiang;Department of Neurology,Kunming General Hospital of Chengdu Military Area,Kunming Medical University;;The research progress of hyperbaric oxygen therapy of primary cerebral hemorrhage[J];疑难病杂志;2016-06\n4 HAN Jianpeng;WANG Gaiqing;XU Yi;Department of Neurology,Shanxi medical University Second Hospital;;The effect evaluation of deferiprone,clioquinol on iron overload in intracerebral hemorrhage rats by MRI[J];中风与神经疾病杂志;2016-05\n5 PU Guo-ming;Department of Neurology,the Central Hospital of Dazhou;;Clinical Effect of Blood Act and Stasis Remove Decoction on Acute Intracerebral Hemorrhage and the Impact on Serum hs-CRP Level and Plasma S100β Protein Level[J];实用心脑肺血管病杂志;2016-02\n6 ZHAO Rui;WANG Gai-qing;Department of Neurology,Shanxi Medical University Second Hospital;;The effect of deferiprone on excess free iron accumulation、free radicals and functional outcome in intracerebral hemorrhage rats[J];中风与神经疾病杂志;2015-04\n7 YIN Yong-feng;WANG Gai-qing;CHEN Yan-li.;Department of Neurology,Shanxi Medical University Second Hospital;;The effect of deferiprone on ferric Iron transporters and functional outcome in intracerebral hemorrhage rats[J];中风与神经疾病杂志;2014-02\n8 MENG Shan-shan,WANG Gai-qing.(Department of Neurology,Shanxi Medical University Second Hospital,Taiyuan 030001,China);Role of ferric iron transporters on iron accumulation in brain after rat intracerebral hemorrhage[J];中风与神经疾病杂志;2013-04\n1 LI Hui;QI Zheng-tao;ZHANG Yao;SONG Wen-ji;CHEN Kai-da;Department of ICU,The Third Affiliated Hospital,Guangzhou University of Chinese Medicine;;Effect of Chinese Herbal Medicine for Activating Blood Stasis on Acute Cerebral Hemorrhage and its Influence on Related Serum Indexes[J];现代生物医学进展;2018-14\n2 LIAO Jun;HUANG Juan;SHI Yong-Mei;YU Qing-Ping;WU Wan-Feng;WANG Guo-Zuo;GE Jin-Wen;Key Laboratory of Hunan Province for Integrated Traditional Chinese and Western Medicine on Prevention and Treatment of Cardio-Cerebral Diseases,Hunan University of Chinese Medicine;;Effect of deferiprone on expression of iron transmembrane transport protein in hippocampus of cerebral ischemia-reperfusion rats[J];中国动脉硬化杂志;2018-06\n3 Jing Tao;Tao Sun;Peng-xiang Bi;Ming-zhu Li;Department of Hyperbaric Oxygen, Hongqi Hospital of Mudanjiang Medical University;Hospital Office, Hongqi Hospital of Mudanjiang Medical University;Department of Neurology, Hongqi Hospital of Mudanjiang Medical University;Medical Imaging Institute, Mudanjiang Medical University;;Effect of hyperbaric oxygen on BDNF in patients with acute ischemic stroke[J];中国现代医学杂志;2018-04\n4 YANG Jian;LI Pengfei;Department of Neurosurgery,the First Affiliated Hospital of Henan University of Traditional Chinese Medicine;;Effect of ganglioside combined with edaravone on acute intracerebral hemorrhage and its effects on vascular endothelial growth factor and matrix metalloproteinase-9[J];白求恩医学杂志;2017-06\n5 CUI Yue;HAN Lang;Department of Emergency,Central Hospital Affiliated to Shenyang Medical College;Specialist Clinic,Shengjing Hospital of China Medical University;;Neuroprotective effect of acetylglutamide combined with nalmefene on patients with acute cerebral hemorrhage[J];实用药物与临床;2017-12\n1 Xu Jiwei;Zhao Yaning;Li Jianmin;College of Post-graduate,North China University of Science and Technology;College of Rehabilitation and Nursing,North China University of Science and Technology;Dept of Neurosurgery,Affiliated Hospital of North China University of Science and Technology;;Main effect of edaravone on autophagy in hippocampal neurons of SAH rats[J];安徽医科大学学报;2016-04\n2 YE Lu;YANG Shuangqiang;Department of Cardiothoracic Surgery,First Affiliated Hospital,Chongqing Medical University;;Sirtuin 3 inhibits cardiomyocyte apoptosis by reducing cytochrome C release in myocardiac H9c2 cells with calcium overload[J];细胞与分子免疫学杂志;2015-08\n3 Gu Shuangshuang;Zhang Jun;Han Ling;Qian Jian;Li Qiming;Sha Dujuan;Emergency Department,the Affiliated Drum Tower Hospital of Nanjing Medical University;;Analysis of relevant factors for delayed cerebral edema and plasma matrix metalloproteinase 9 after intracerebral hemorrhage[J];中国脑血管病杂志;2015-06\n4 ZHAO Rui;WANG Gai-qing;Department of Neurology,Shanxi Medical University Second Hospital;;The effect of deferiprone on excess free iron accumulation、free radicals and functional outcome in intracerebral hemorrhage rats[J];中风与神经疾病杂志;2015-04\n5 GONG Yan-mei;LIU Wen-bing;SUN Xiao-ping;Ningbo Seventh Hospital;;The effects of hyperbaric oxygen on serum brain-derived neurotrophic factor and brain edema and neurological function in patients with acuteintracerebral hemorrhage[J];中风与神经疾病杂志;2015-01\n6 LUO Juni;PENG Yu-qii;ZHAO Yangi;YAN Yangi;QUAN Li-mi;Department of Nephrology,Fulin Hospital of Mianyang;;Investigation on relationship between serum hs-CRP levels and bleeding volume,illness and cognitive impairment of patients with cerebral hemorrhage[J];临床医学;2014-12\n7 ;Curative Efficacy Analysis of Integrated Treatment of Traditional Chinese Medicine and Western Medicine on Acute Cerebral Hemorrhage[J];中医临床研究;2014-27\n8 Wang Dongsheng;Wang Honglian;Ge Ping;Mei Rui;Department of Neurology,401 Hospital of China-Nuclear-Industry;;The evaluation value of modified USA National Institutes of Health Stroke Scale score combined with bedside transcranial Doppler ultrasonography on the early prognosis of ischemic stroke[J];中国医师进修杂志;2014-22\n9 ZHU Zhendan;MAO Xiang;LIU Baiyun;Clinical College of Anhui Medical University,General Hospital of Armed Police Forces;Department of Neurotrauma,General Hospital of Armed Police Forces;;Progress in MMP-9 and Traumatic Brain Edema[J];中华灾害救援医学;2014-06\n10 CHEN Yanli;WANG Gaiqing;YIN Yongfeng;ZHAO Rui;Department of Neurology,the Second Hospital of Shanxi Medical University;;Influence of clioquinol on experimental cerebral hemorrhage in rats with ceruloplasmin expression[J];疑难病杂志;2014-04


url: =Author: "Qi, Xiaojuan" - PubAg Search Results\nYou searched for: Author "Qi, Xiaojuan" Remove constraint Author: "Qi, Xiaojuan"\n1. Predicting plant cuticle-water partition coefficients for organic pollutants using pp-LFER model\nQi, Xiaojuan, et al. ; Li, Xuehua; Yao, Hongye; Huang, Yang; Cai, Xiyun; Chen, Jingwen; Zhu, Hao; Show all 7 Authors\nGibbs free energy; aromatic compounds; bioinformatics; chemical structure; data collection; environmental fate; heterocyclic compounds; hydrophobic bonding; models; partition coefficients; plant cuticle; pollutants; prediction; regression analysis; risk assessment\n2. Prenatal exposure to mixture of heavy metals, pesticides and phenols and IQ in children at 7 years of age: The SMBCS study\nQi, Xiaojuan, et al. ; Guo, Jianqiu; Wu, Chunhua; Zhang, Jiming; Lv, Shenliang; Jiang, Shuai; Zhou, Tong; Lu, Dasheng; Feng, Chao; Chang, Xiuli; Zhang, Yubin; Cao, Yang; Wang, Guoquan; Zhou, Zhijun; Show all 14 Authors\nQi, Xiaojuan, et al. ; Guo, Jianqiu; Zhang, Jiming; Wu, Chunhua; Xiao, Hongxi; Lv, Shenliang; Lu, Dasheng; Feng, Chao; Liang, Weijiu; Chang, Xiuli; Zhang, Yubin; Xu, Hao; Cao, Yang; Wang, Guoquan; Zhou, Zhijun; Show all 15 Authors\n4. Exposure to carbamate and neurodevelopment in children: Evidence from the SMBCS cohort in China\nQi, Xiaojuan, et al. ; Zhang, Jiming; Guo, Jianqiu; Wu, Chunhua; Jiang, Shuai; Lu, Dasheng; Feng, Chao; Liang, Weijiu; Chang, Xiuli; Zhang, Yubin; Cao, Yang; Wang, Guoquan; Zhou, Zhijun; Show all 13 Authors\n5. Anthropometric measures at age 3 years in associations with prenatal and postnatal exposures to chlorophenols\nQi, Xiaojuan, et al. ; Guo, Jianqiu; Wu, Chunhua; Zhang, Jiming; Jiang, Shuai; Lv, Shenliang; Lu, Dasheng; Feng, Chao; Liang, Weijiu; Chang, Xiuli; Zhang, Yubin; Xu, Hao; Cao, Yang; Wang, Guoquan; Zhou, Zhijun; Show all 15 Authors\nQi, Xiaojuan, et al. ; Guo, Jianqiu; Zhang, Jiming; Wu, Chunhua; Lv, Shenliang; Lu, Dasheng; Jiang, Shuai; Feng, Chao; Yu, Haixing; Liang, Weijiu; Chang, Xiuli; Zhang, Yubin; Xu, Hao; Cao, Yang; Wang, Guoquan; Zhou, Zhijun; Show all 16 Authors\n7. Characterization of microbial community structure in rhizosphere soils of Cowskin Azalea (Rhododendron aureum Georgi) on northern slope of Changbai Mountains, China\nQi, Xiaojuan, et al. ; Zhao, Wei; Lyu, Jianwei; Yu, Zhengxiang; Chen, Xia; Show all 5 Authors\nActinomycetales; Rhododendron; alpine tundra; bacteria; community structure; ecosystems; environmental factors; fungi; microbial communities; mountains; nitrates; pH; principal component analysis; rhizosphere; soil chemical properties; soil fertility; soil formation; soil microorganisms; soil structure; topographic slope; China\n... The vegetation and soil are mutual environmental factors, soil characteristics, such as chemical properties and microorganism that affect the vegetation occurrence, development and succession speed. In this study, we evaluated the structure of microbial communities of rhizosphere of Cowskin Azalea (Rhododendron aureum Georgi) populations and compared with non-rhizosphere soils at four sample sites ...\n8. Epidemiology of foodborne disease outbreaks caused by Vibrio parahaemolyticus during 2010–2014 in Zhejiang Province, China\nQi, Xiaojuan, et al. ; Chen, Jiang; Zhang, Ronghua; Zhou, Biao; Wang, Jikai; Chen, Ying; Zhang, Hexiang; Show all 7 Authors\nFood control 2017 v.77 pp. 110-115\nVibrio parahaemolyticus; cafeterias; cooking; cross contamination; death; disease outbreaks; foodborne illness; meat; plant-based foods; restaurants; seafoods; China\n... Vibrio parahaemolyticus is one of the most commonly reported species causing foodborne diseases in China, to gain understanding of epidemiology characteristics of V. parahaemolyticus outbreaks in Zhejiang Province, China, we summarized data on V. parahaemolyticus outbreaks from 2010 to 2014 in Zhejiang Province reported to China National Foodborne Diseases Surveillance Network. A food item was imp ...\n9. Maternal urinary carbofuranphenol levels before delivery and birth outcomes in Sheyang Birth Cohort\nQi, Xiaojuan, et al. ; Zhang, Jiming; Guo, Jianqiu; Lu, Dasheng; Chang, Xiuli; Wu, Chunhua; Zhang, Yubin; Liang, Weijiu; Fang, Xin; Cao, Yang; Zhou, Zhijun; Show all 11 Authors\nQi, Xiaojuan, et al. ; Guo, Jianqiu; Wu, Chunhua; Jiang, Shuai; Liu, Qiang; Zhang, Jiming; Cao, Yang; Chang, Xiuli; Zhou, Zhijun; Show all 9 Authors\n11. Range camera self-calibration with scattering compensation\nQi, Xiaojuan, et al. ; Lichti, Derek D.; Ahmed, Tanvir; Show all 3 Authors\n12. Birth outcome measures and prenatal exposure to 4-tert-octylphenol\nQi, Xiaojuan, et al. ; Lv, Shenliang; Wu, Chunhua; Lu, Dasheng; Xu, Hao; Guo, Jianqiu; Liang, Weijiu; Chang, XiuLi; Wang, Guoquan; Zhou, Zhijun; Show all 10 Authors\n13. Novel lead compound optimization and synthesized based on the target structure of Xanthomonas oryzae pv. oryzae GlmU\nQi, Xiaojuan, et al. ; Deng, Wenjun; Gao, Min; Mao, Bangqiang; Xu, Shengzhen; Chen, Changshui; Zhang, Qingye; Show all 7 Authors\n14. Associations of prenatal exposure to five chlorophenols with adverse birth outcomes\nQi, Xiaojuan, et al. ; Guo, Jianqiu; Wu, Chunhua; Lv, Shenliang; Lu, Dasheng; Feng, Chao; Liang, Weijiu; Chang, Xiuli; Xu, Hao; Wang, Guoquan; Zhou, Zhijun; Show all 11 Authors\n15. Rhizosphere and non-rhizosphere bacterial community composition of the wild medicinal plant Rumex patientia\nQi, Xiaojuan, et al. ; Wang, Ensi; Xing, Ming; Zhao, Wei; Chen, Xia; Show all 5 Authors\nWorld journal of microbiology & biotechnology 2012 v.28 no.5 pp. 2257-2265\nAcidobacteria; Actinobacteria; Proteobacteria; Rumex patientia; bacteria; bacterial communities; clones; community structure; medicinal plants; metagenomics; phylogeny; polymerase chain reaction; rhizosphere; ribosomal DNA; ribosomal RNA; soil; China\n... To investigate bacterial communities between rhizosphere and non-rhizosphere soils of the wild medicinal plant Rumex patientia of Jilin, China, small subunit rRNAs (16S rDNA) from soil metagenome were amplified by polymerase chain reaction using primers specific to the domain bacteria and analysed by cloning and sequencing. The relative proportion of bacterial communities in rhizosphere soils was ...\n16. Urinary metabolite levels of pyrethroid insecticides in infants living in an agricultural area of the Province of Jiangsu in China\nQi, Xiaojuan, et al. ; Wu, Chunhua; Feng, Chao; Wang, Guoquan; Zheng, Minglan; Chang, Xiuli; Zhou, Zhijun; Show all 7 Authors\nChemosphere 2013 v.90 pp. 2705-2713\nCulicidae; adults; adverse effects; childhood; children; detection limit; gas chromatography; households; infants; mass spectrometry; metabolites; pyrethrins; pyrethroid insecticides; questionnaires; repellents; urine; China\n... Pyrethroid insecticides are extensively and increasingly applied in agricultural and residential environments in China. Children’s exposure to pesticides attracted global concerns because of their particular vulnerability. Several studies have reported residual pyrethroid levels in urine both in adults and in children. However, few published data focused on very young infants. The study aimed to a ...\n17. Feasibility of human hair follicle-derived mesenchymal stem cells/CultiSpher®-G constructs in regenerative medicine\nQi, Xiaojuan, et al. ; Li, Pengdong; Liu, Feilin; Wu, Chunling; Jiang, Wenyue; Zhao, Guifang; Liu, Li; Bai, Tingting; Wang, Li; Jiang, Yixu; Guo, Lili; Kou, Junna; Fan, Ruirui; Hao, Deshun; Lan, Shaowei; Li, Yulin; Liu, Jin Yu; Show all 17 Authors\nCell and tissue research 2015 v.362 no.1 pp. 69-86\nadipocytes; apoptosis; assays; cell cycle; hair follicles; humans; medicine; myocytes; osteoblasts; quantitative polymerase chain reaction; smooth muscle; stem cells\n... The use of human mesenchymal stem cells (hMSCs) in cell therapies has increased the demand for strategies that allow efficient cell scale-up. Preliminary data on the three-dimensional (3D) spinner culture describing the potential use of microcarriers for hMSCs culture scale-up have been reported. We exploited a rich source of autologous stem cells (human hair follicle) and demonstrated the robust ...


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url: =maio | 2008 | .●๋• Clique na Imagem para Ampliar ●๋•.\nYou are currently browsing the .●๋• Clique na Imagem para Ampliar ●๋•. blog archives for maio \_28\_UTC 2008.