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["图片的名字","答案选项","对应科目","对应课程","考点","问题备注"]
["pic_name","result","subject","course","tip","error"]
["06_001_01","D",6,75,"相对性状"]
["06_001_02","B",6,0,"植物杂交"]
["06_001_03","B",6,0,"基因 纯合体"]
["06_001_04","B",6,75,"相对性状"]
["06_001_05","B",6,0,"纯合体比例"]
["06_001_06","B",6,0,"基因分离定律"]
["06_001_07","D",6,0,"基因后代推断"]
["06_001_08","C",6,0,"基因后代推断"]
["06_001_09","B",6,0,"基因后代推断"]
["06_001_10","C",6,0,"基因后代推断"]
["06_001_11","B",6,0,"豌豆做遗传学实验的优势"]
["06_001_12","D",6,0,"显性性状"]
["06_001_13","A",6,0,"分离现象的描述"]
["06_001_14","A",6,75,"孟德尔遗传规律"]
["06_001_15","C",6,0,"根据杂交表现进行基因推测"]
["06_001_16","D",6,0,"根据杂交表现进行基因推测"]
["06_001_17","B",6,0,"人类精子染色体数量"]
["06_001_18","D",6,0,"基因自由组合定律"]
["06_001_19","C",6,0,"同源染色体"]
["06_001_20","A",6,0,"Y染色体"]
["06_001_21","B",6,0,"精卵结合"]
["06_001_22","B",6,0,"动植物细胞分裂过程"]
["06_001_23","B",6,0,"染色体 交叉互换"]
["06_001_24","A",6,0,"细胞分离 减数分裂 有丝分裂 染色体"]
["06_001_25","A",6,0,"减数分裂 染色体"]
["06_001_26","D",6,0,"减数分裂 染色体"]
["06_001_27","A",6,0,"减数分裂  有丝分裂 染色体"]
["06_001_28","D",6,0,"卵原细胞 分裂 极体个数"]
["06_001_29","B",6,0,"精子的形成 染色体"]
["06_001_30","C",6,75,"性状分离模拟实验"]
["06_001_31","D",6,0,"减数分裂"]
["06_001_32","D",6,0,"减数分裂  有丝分裂 染色体"]
["06_001_33","D",6,0,"初级精母细胞 染色体 四分体 DNA"]
["06_001_34","C",6,0,"受精"]
["06_001_35","B",6,0,"动物细胞分裂 初级精母细胞 次级精母细胞"]
["06_002_01","C",6,0,"艾滋病毒"]
["06_002_02","D",6,70,"洋葱细胞 质壁分离"]
["06_002_03","B",6,0,"细胞化合物含量 细胞元素含量"]
["06_002_04","C",6,71,"酶活性"]
["06_002_05","C",6,0,"蛋白质 淀粉 糖原 纤维素的作用"]
["06_002_06","D",6,0,"糖类的化学组成和种类"]
["06_002_07","D",6,68,"还原糖、脂肪、蛋白质的鉴定"]
["06_002_08","D",6,0,"核酸的基本组成单位"]
["06_002_09","B",6,0,"细胞膜的膜蛋白"]
["06_002_10","C",6,0,"细胞膜 细胞核"]
["06_002_11","B",6,0,"细胞核"]
["06_002_12","D",6,0,"细胞核"]
["06_002_13","C",6,0,"细胞膜 线粒体膜 细胞核 内质网膜"]
["06_002_14","A",6,70,"质壁分离 线粒体"]
["06_002_15","B",6,70,"质壁分离"]
["06_002_16","C",6,0,"蔗糖 细胞液浓度"]
["06_002_17","B",6,70,"质壁分离"]
["06_002_18","D",6,71,"酶活性"]
["06_002_19","C",6,71,"酶活性"]
["06_002_20","B",6,0,"ATP"]
["06_002_21","A",6,0,"ATP"]
["06_002_22","C",6,0,"植物细胞内部分物质的转变"]
["06_002_23","C",6,0,"光合作用 葡萄糖 果糖"]
["06_002_24","D",6,0,"酵母菌 有氧呼吸 无氧呼吸"]
["06_002_25","D",6,0,"ATP"]
["06_002_26","C",6,0,"呼吸作用"]
["06_002_27","B",6,72,"叶绿体结构 色素分子"]
["06_002_28","B",6,0,"好氧细菌"]
["06_002_29","B",6,0,"光合作用 叶绿体结构"]
["06_002_30","A",6,72,"光合色素的提取"]
["06_002_31","B",6,0,"光合作用 叶肉细胞 叶绿体色素"]
["06_002_32","D",6,0,"细胞周期"]
["06_002_33","C",6,73,"有丝分裂"]
["06_002_34","D",6,73,"有丝分裂"]
["06_002_35","A",6,0,"无丝分裂"]
["06_002_36","C",6,0,"细胞增殖 细胞分化 细胞衰老 细胞癌变 酶活性 遗传物质变化"]
["06_002_37","D",6,72,"叶绿素提取实验"]
["06_002_38","B",6,0,"个体衰老 细胞衰老"]
["06_002_39","C",6,0,"细胞膜载体"]
["06_002_40","D",6,0,"光合作用 温度 "]
["06_003_01","C",6,0,"细胞病毒的主要元素"]
["06_003_02","C",6,67,"原核生物 蓝藻"]
["06_003_03","C",6,0,"细胞内多种有机物的成分"]
["06_003_04","C",6,0,"细胞内多种有机物的成分"]
["06_003_05","D",6,74,"DNA在细胞内的分布"]
["06_003_06","A",6,0,"细胞内多种有机物的成分"]
["06_003_07","B",6,0,"固醇的作用"]
["06_003_08","C",6,0,"染色质和染色体的描述"]
["06_003_09","C",6,0,"细胞的衰老 酶活性"]
["06_003_10","C",6,0,"细胞膜"]
["06_003_11","D",6,0,"无机盐离子的作用"]
["06_003_12","C",6,0,"环状多肽 分子量"]
["06_003_13","C",6,0,"染色体 脱氧核苷酸 真核细胞"]
["06_003_14","D",6,0,"细胞核的结构"]
["06_003_15","D",6,0,"黄曲霉毒素的毒性"]
["06_003_16","A",6,0,"主动运输"]
["06_003_17","A",6,0,"细胞膜 跨膜运输"]
["06_003_18","C",6,70,"洋葱表皮 质壁分离"]
["06_003_19","C",6,0,"DNA和RNA在细胞中的分布 质壁分离 荧光标记"]
["06_003_20","D",6,0,"ATP"]
["06_003_21","A",6,0,"植物的呼吸作用"]
["06_003_22","A",6,0,"有氧呼吸种氧气的生成物是水"]
["06_003_23","A",6,0,"细胞质基质 消化酶的合成"]
["06_003_24","C",6,0,"种子萌发有氧呼吸和无氧呼吸中的葡萄糖分解"]
["06_003_25","C",6,69,"叶绿体 叶绿素的分布"]
["06_003_26","D",6,0,"光合作用中的碳原子的转移途径"]
["06_003_27","B",6,0,"细胞连续分裂 DNA的复制和蛋白质的生成"]
["06_003_28","B",6,0,"光合作用 细胞内ATP 碳 物质的含量变化"]
["06_003_29","B",6,0,"光合作用 暗反应"]
["06_003_30","D",6,0,"叶绿素吸收光谱"]
["06_003_31","B",6,72,"绿叶中色素的提取和分离"]
["06_003_32","D",6,0,"酵母 二氧化碳"]
["06_003_33","A",6,0,"硝化细菌 化能合成有机物"]
["06_003_34","D",6,0,"阳生植物 阴生植物 光合作用二氧化碳吸收的差距"]
["06_003_35","C",6,0,"绿色植物细胞内部分物质转化 植物净光合速率与环境因素之间的关系"]
["06_003_36","B",6,0,"植物光照强度与光合作用强度的关系"]
["06_003_37","A",6,0,"光合作用、化能合成作用、无氧呼吸、有氧呼吸"]
["06_003_38","C",6,73,"有丝分裂 染色体、姐妹染色单体、DNA分子数"]
["06_003_39","D",6,0,"细胞分裂的周期"]
["06_003_40","D",6,73,"有丝分裂"]
["06_003_41","A",6,0,"无丝分裂"]
["06_003_42","A",6,0,"细胞的分化、衰老、凋亡与癌变"]
["06_003_43","C",6,73,"有丝分裂"]
["06_003_44","B",6,73,"有丝分裂"]
["06_003_45","B",6,0,"细胞分化"]
["06_004_01","B",6,67,"细胞 细菌 病毒"]
["06_004_02","C",6,67,"细胞学说"]
["06_004_03","A",6,67,"显微镜的使用"]
["06_004_04","D",6,0,"确定某种矿质元素是否是植物的必需元素"]
["06_004_05","C",6,74,"DNA和RNA"]
["06_004_06","C",6,0,"细胞的呼吸作用消耗的糖"]
["06_004_07","C",6,0,"组成蛋白质的氨基酸"]
["06_004_08","D",6,0,"组成蛋白质的氨基酸"]
["06_004_09","B",6,68,"三大有机物的鉴定操作"]
["06_004_10","A",6,0,"细胞中的自由水 结合水"]
["06_004_11","C",6,0,"生物膜"]
["06_004_12","C",6,0,"跨膜运输"]
["06_004_13","D",6,0,"分泌蛋白合成及分泌"]
["06_004_14","B",6,70,"质壁分离"]
["06_004_15","D",6,0,"ATP"]
["06_004_16","B",6,71,"酶"]
["06_004_17","C",6,0,"蓝藻 光合作用"]
["06_004_18","B",6,0,"有氧呼吸和无氧呼吸"]
["06_004_19","A",6,0,"氧气浓度对培养液中草履虫、乳酸菌、酵母菌的细胞呼吸的影响"]
["06_004_20","C",6,0,"染色体 细胞分裂"]
["06_004_21","B",6,0,"无丝分裂"]
["06_004_22","C",6,0,"细胞周期 染色体形态和数目"]
["06_004_23","A",6,73,"有丝分裂 染色体、姐妹染色单体、DNA分子数"]
["06_004_24","B",6,0,"细胞衰老"]
["06_004_25","B",6,0,"细胞分裂、分化、衰老和凋亡"]
["06_004_26","A",6,75,"相对性状"]
["06_004_27","B",6,0,"杂合子"]
["06_004_28","C",6,75,"孟德尔选用豌豆做实验材料并获得成功的原因"]
["06_004_29","A",6,75,"孟德尔 遗传学 测交"]
["06_004_30","B",6,0,"纯合子"]
["06_004_31","C",6,0,"隐性基因"]
["06_004_32","B",6,0,"生命系统的结构层次"]
["06_004_33","B",6,0,"细胞中化学元素"]
["06_004_34","D",6,0,"细胞核"]
["06_004_35","B",6,0,"蛋白质水解 氨基酸 环状肽链"]
["06_004_36","B",6,0,"葡萄糖在体内的运输 ATP"]
["06_004_37","B",6,0,"酵母 葡萄糖 细胞质基质"]
["06_004_38","D",6,0,"葡萄糖溶液和酵母菌 有氧呼吸"]
["06_004_39","C",6,0,"结构与功能的统一性"]
["06_004_40","C",6,0,"酚酞的琼脂块 NaOH溶液"]
["06_005_01","B",6,0,"ATP、脱氧核苷酸、细胞膜共有的化学元素"]
["06_005_02","C",6,0,"蛋白质 氨基酸的分解"]
["06_005_03","D",6,0,"蛋白质和氨基酸"]
["06_005_04","A",6,0,"生物大分子"]
["06_005_05","B",6,0,"叶肉细胞在光照条件下产生ATP"]
["06_005_06","C",6,0,"细胞 叶绿体 核酸 细胞周期 多个考点"]
["06_005_07","C",6,0,"ATP和ADP"]
["06_005_08","D",6,0,"有氧呼吸 无氧呼吸 发酵"]
["06_005_09","B",6,0,"光合作用 ATP"]
["06_005_10","B",6,0,"真核细胞的大小"]
["06_005_11","D",6,0,"细胞周期"]
["06_005_12","C",6,73,"有丝分裂 动物和植物的区别"]
["06_005_13","C",6,73,"有丝分裂"]
["06_005_14","B",6,73,"有丝分裂"]
["06_005_15","B",6,71,"酶活性"]
["06_005_16","B",6,0,"同一个体不同细胞功能的差异"]
["06_005_17","C",6,72,"细胞器的分离提取"]
["06_005_18","D",6,0,"线粒体基质、叶绿体基质、细胞质基质 的代谢物"]
["06_005_19","C",6,0,"光合作用 呼吸作用"]
["06_005_20","A",6,0,"细胞周期 染色体形态和数目"]
["06_005_21","D",6,68,"检测试剂"]
["06_005_22","D",6,0,"细胞分化"]
["06_005_23","A",6,0,"细胞液浓度"]
["06_005_24","B",6,73,"细胞质壁分离实验"]
["06_005_25","C",6,0,"病毒 蛋白质 核酸的组成"]
["06_005_26","B",6,0,"发育为完整植株潜能的决定因素 线粒体"]
["06_005_27","C",6,0,"真核细胞分裂"]
["06_005_28","A",6,0,"细胞的分化、衰老"]
["06_005_29","D",6,0,"光合作用与呼吸作用"]
["06_005_30","C",6,0,"光合作用与呼吸作用"]
["06_005_31","B",6,0,"细胞器的组成成分"]
["06_005_32","B",6,0,"光反应"]
["06_005_33","D",6,0,"叶绿体色素吸收光能不同波长的利用率"]
["06_005_34","B",6,0,"动物细胞编程性死亡"]
["06_005_35","B",6,73,"有丝分裂"]
["06_006_01","B",6,0,"病毒的繁殖 传播"]
["06_006_02","A",6,0,"真核生物和原核生物"]
["06_006_03","B",6,0,"蛋白质的氨基酸"]
["06_006_04","C",6,0,"DNA和RNA"]
["06_006_05","A",6,0,"组成核酸的碱基、五碳糖、核苷酸"]
["06_006_06","B",6,0,"细胞主要化学成分"]
["06_006_07","D",6,0,"乳糖 纤维素 脂质 蛋白质 多个知识点"]
["06_006_08","B",6,0,"细胞器的种类和数量"]
["06_006_09","B",6,0,"细胞膜"]
["06_006_10","B",6,0,"细胞器"]
["06_006_11","A",6,0,"细胞质基质"]
["06_006_12","C",6,0,"细胞器 分泌胰岛素 内质网、核糖体、高尔基体、线粒体"]
["06_006_13","B",6,0,"胞吞、主动运输"]
["06_006_14","B",6,0,"细胞的统一性"]
["06_006_15","B",6,0,"生物膜的流动镶嵌模型"]
["06_006_16","D",6,0,"纤维素、半乳糖、糖原 氨基酸、核苷酸、葡萄糖 等的元素组成"]
["06_006_17","D",6,0,"细胞的化学元素 化合物的组成"]
["06_006_18","D",6,0,"DNA和RNA在细胞中的分布"]
["06_006_19","B",6,0,"主动运输机制 组成细胞的微量元素 细胞膜上的蛋白质分子 脱氧核糖核酸的水解"]
["06_006_20","C",6,68,"物质鉴定"]
["06_006_21","D",6,0,"种子中的水 和细胞的自由水"]
["06_006_22","D",6,0,"氨基酸的 原子比例"]
["06_006_23","A",6,0,"生命系统"]
["06_006_24","B",6,0,"生物大分子的结构和功能"]
["06_006_25","C",6,69,"显微镜相关"]
["06_006_26","C",6,70,"质壁分离"]
["06_006_27","D",6,69,"细胞结构和功能"]
["06_006_28","A",6,67,"叶肉细胞 细胞观察"]
["06_006_29","A",6,70,"质壁分离"]
["06_006_30","B",6,0,"细胞膜的流动性"]
["06_006_31","D",6,0,"核糖体"]
["06_006_32","D",6,0,"高尔基体"]
["06_006_33","D",6,67,"细胞结构"]
["06_006_34","B",6,67,"细胞结构"]
["06_006_35","B",6,0,"无机盐离子的作用"]
["06_006_36","C",6,0,"脱氧核糖 核酸水解"]
["06_006_37","D",6,0,"无机盐离子的作用"]
["06_006_38","A",6,0,"不同细胞的化学元素的含量"]
["06_006_39","D",6,0,"细胞核 细胞分裂"]
["06_006_40","A",6,0,"蛋白质的合成和分泌"]
["06_007_01","D",6,0,"病毒和细菌的区别"]
["06_007_02","B",6,67,"真核细胞和原核细胞的区别"]
["06_007_03","B",6,0,"酵母菌培养"]
["06_007_04","C",6,0,"细胞的化学元素 化合物的组成"]
["06_007_05","B",6,0,"氨基酸 水解"]
["06_007_06","D",6,74,"脱氧核糖核酸 核酸"]
["06_007_07","A",6,68,"成分检测"]
["06_007_08","D",6,0,"脂质"]
["06_007_09","D",6,68,"蔗糖 脂质"]
["06_007_10","B",6,0,"钙离子的作用"]
["06_007_11","B",6,67,"细胞的边界"]
["06_007_12","A",6,0,"内质网 物质的合成和加工"]
["06_007_13","B",6,0,"细胞核 青蛙尾巴的自溶"]
["06_007_14","D",6,0,"生物膜系统"]
["06_007_15","A",6,0,"细胞核的结构和功能"]
["06_007_16","B",6,0,"细胞膜 糖蛋白的作用"]
["06_007_17","B",6,70,"质壁分离"]
["06_007_18","D",6,70,"质壁分离"]
["06_007_19","C",6,0,"细胞膜 跨膜运输 主动运输"]
["06_007_20","B",6,0,"主动运输"]
["06_007_21","B",6,71,"酶 活性 ph值"]
["06_007_22","D",6,71,"酶 活性 ph值"]
["06_007_23","D",6,0,"剧烈运动 骨骼肌能量的直接来源 三磷酸腺苷"]
["06_007_24","B",6,0,"ATP分子的组成"]
["06_007_25","C",6,0,"有氧呼吸 能量 水"]
["06_007_26","B",6,0,"有氧呼吸 能量 水"]
["06_007_27","B",6,0,"有氧呼吸 能量 水"]
["06_007_28","A",6,0,"光合作用的实质"]
["06_007_29","D",6,72,"叶绿素的提取分离"]
["06_007_30","A",6,0,"光合作用的产物计算"]
["06_007_31","D",6,73,"有丝分裂"]
["06_007_32","D",6,73,"有丝分裂"]
["06_007_33","D",6,73,"细胞分裂的周期"]
["06_007_34","C",6,73,"有丝分裂"]
["06_007_35","B",6,0,"细胞分化"]
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["DNA的粗提取与鉴定",74,6,"理解DNA的理化特性及根据其理化特性而提取和鉴定的原理，初步掌握DNA的粗提取和鉴定的方法，在对实验原理、步骤的理解和分析过程中发展学生的科学思维"]
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["双缝干涉",51,7,"观察双缝干涉的干涉图样，测量单色光的波长"]
["观察布朗运动",52,7,"通过实验分析布朗运动是分子无规则运动的反映"]
["液体表面张力",53,7,"知道液体的表面张力，了解表面张力形成的原因"]
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["偏振现象",55,7,"只有横波才有偏振现象，说明光是横波。"]
["观察全反射实验",56,7,"理解光的全反射现象、用半圆柱型玻璃砖分析光的全反射条件"]
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["模拟锋的形成和锋的移动",45,8,"观察锋的形成和锋的移动"]

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