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幼儿时生长素分泌不足可导致
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幼年时生长素分泌不足可导致
呆小症
甲状腺机能低下
侏儒症
甲状腺肿大
幼儿时生长激素分泌不足可导致
呆小症
巨人症
侏儒症
向心性肥胖
肢端肥大症
幼儿时生长素分泌不足可导致
呆小症
侏儒症
巨人症
向心性肥胖
肢端肥大症
幼儿期生长素分泌不足可导致
呆小症
侏儒症
巨人症
尿崩症
糖尿病
呆小症的原因是
幼年生长素分泌不足
幼年甲状腺素分泌不足
幼年生长素分泌过多
成年生长素分泌过多
成年甲状腺素分泌不足
幼儿时生长激素分泌不足可导致
呆小症
巨人症
侏儒症
向心性肥胖
肢端肥大症
呆小症是由于
幼年时降钙素分泌不足
幼年时胰岛素分泌不足
幼年时生长素分泌不足
婴幼儿时期糖皮质激素分泌不足
婴幼儿时期甲状腺激素分泌不足
1成年人甲状腺激素分泌过多A.呆小症2成年人垂体分泌的生长素过多B.侏儒症3婴幼儿时期甲状腺激素分泌
分泌不足可引起黏液性水肿的激素是
生长素
甲状腺激素
糖皮质激素
雄激素
雌激素
侏儒症是因为造成的
成年时生长素分泌不足
甲状腺素分泌不足
幼儿时期生长素分泌不足
性激素分泌不足
侏儒症是由于
幼年时降钙素分泌不足
幼年时胰岛素分泌不足
幼年时生长素分泌不足
婴幼儿时期糖皮质激素分泌不足
婴幼儿时期甲状腺激素分泌不足
婴幼儿时期甲状腺分泌不足可产生
侏儒症
糖尿病
呆小症
向心性肥胖
幼儿期生长素分泌不足可导致
呆小症
侏儒症
巨人症
尿崩症
肢端肥大症
幼年时生长素分泌不足可引起
侏儒症
呆小症
粘液性水肿
巨人症
肢端肥大症
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下肢动脉血栓栓塞最常来源于
肺梗死常为出血性梗死其原因是
Thehumanbraincandoalotofwonderfulthings;manyoftheminclude1masteryofcomplexfeedbacksystemswithlong2Forexampleconsiderhowdifficultraisingachildtrulyis.Manyfactorsare3includingthenutritionalphysicalemotionalandmentalconditionofthechildandthefeedbackofthesefactors4thebehaviorofthoseinvolvedinraisingthechild.To5mattersmanyoftheresponsesofthechild/parentsystemtakeyearsto6themselves.Yetbillionsofparentshavesomehow7tofeedclotheprotectnurturehealteachandlovetheirchildren8successfuladulthood. 9allourintuitivesophisticationindealingwithcomplicatedsituationsit’’sa10toseehowpoorlywedealwithsomenewersystemsmostof11broughtaboutbytechnology. BothraisingchildrenandprotectingEarth’’slife-supportsystemsare12oflifeanddeath;inthelongtermtheyareequallyimportant.But13ourbrainsseemfairlywellpreparedforthelong-termprocessofraisingkidsweseemtohave14built-inskillfortakingcareoftheenvironmentthatsupportsusanychildrenwemighthaveandallother15.Itseemsthatthethinkingpartsofourbrainscan’’tdealwithcomplicatedsystemsandtheirlong-term16andthe17partsofourbrainsthatcandealwithcomplexsystemsdon’’thelpusmuchoutsideoftheir18areas.Oneofthegoalsofsystemsscienceistousemathandcomputerstohelppeoplegetbetter19takingcareofEarth’’slife-supportsystems.Thetaskinvolvesteachingourthinkingbrainsabout20complicatedsystemswork.
Thehumanbraincandoalotofwonderfulthings;manyoftheminclude1masteryofcomplexfeedbacksystemswithlong2Forexampleconsiderhowdifficultraisingachildtrulyis.Manyfactorsare3includingthenutritionalphysicalemotionalandmentalconditionofthechildandthefeedbackofthesefactors4thebehaviorofthoseinvolvedinraisingthechild.To5mattersmanyoftheresponsesofthechild/parentsystemtakeyearsto6themselves.Yetbillionsofparentshavesomehow7tofeedclotheprotectnurturehealteachandlovetheirchildren8successfuladulthood. 9allourintuitivesophisticationindealingwithcomplicatedsituationsit’’sa10toseehowpoorlywedealwithsomenewersystemsmostof11broughtaboutbytechnology. BothraisingchildrenandprotectingEarth’’slife-supportsystemsare12oflifeanddeath;inthelongtermtheyareequallyimportant.But13ourbrainsseemfairlywellpreparedforthelong-termprocessofraisingkidsweseemtohave14built-inskillfortakingcareoftheenvironmentthatsupportsusanychildrenwemighthaveandallother15.Itseemsthatthethinkingpartsofourbrainscan’’tdealwithcomplicatedsystemsandtheirlong-term16andthe17partsofourbrainsthatcandealwithcomplexsystemsdon’’thelpusmuchoutsideoftheir18areas.Oneofthegoalsofsystemsscienceistousemathandcomputerstohelppeoplegetbetter19takingcareofEarth’’slife-supportsystems.Thetaskinvolvesteachingourthinkingbrainsabout20complicatedsystemswork.
Thehumanbraincandoalotofwonderfulthings;manyoftheminclude1masteryofcomplexfeedbacksystemswithlong2Forexampleconsiderhowdifficultraisingachildtrulyis.Manyfactorsare3includingthenutritionalphysicalemotionalandmentalconditionofthechildandthefeedbackofthesefactors4thebehaviorofthoseinvolvedinraisingthechild.To5mattersmanyoftheresponsesofthechild/parentsystemtakeyearsto6themselves.Yetbillionsofparentshavesomehow7tofeedclotheprotectnurturehealteachandlovetheirchildren8successfuladulthood. 9allourintuitivesophisticationindealingwithcomplicatedsituationsit’’sa10toseehowpoorlywedealwithsomenewersystemsmostof11broughtaboutbytechnology. BothraisingchildrenandprotectingEarth’’slife-supportsystemsare12oflifeanddeath;inthelongtermtheyareequallyimportant.But13ourbrainsseemfairlywellpreparedforthelong-termprocessofraisingkidsweseemtohave14built-inskillfortakingcareoftheenvironmentthatsupportsusanychildrenwemighthaveandallother15.Itseemsthatthethinkingpartsofourbrainscan’’tdealwithcomplicatedsystemsandtheirlong-term16andthe17partsofourbrainsthatcandealwithcomplexsystemsdon’’thelpusmuchoutsideoftheir18areas.Oneofthegoalsofsystemsscienceistousemathandcomputerstohelppeoplegetbetter19takingcareofEarth’’slife-supportsystems.Thetaskinvolvesteachingourthinkingbrainsabout20complicatedsystemswork.
下列各项中属于白色血栓的是
透明血栓最常见于
易发生贫血性梗死的脏器是
肺内出现弥漫分布的胞质内有大量含铁血黄素颗粒的巨噬细胞最常见于
Thehumanbraincandoalotofwonderfulthings;manyoftheminclude1masteryofcomplexfeedbacksystemswithlong2Forexampleconsiderhowdifficultraisingachildtrulyis.Manyfactorsare3includingthenutritionalphysicalemotionalandmentalconditionofthechildandthefeedbackofthesefactors4thebehaviorofthoseinvolvedinraisingthechild.To5mattersmanyoftheresponsesofthechild/parentsystemtakeyearsto6themselves.Yetbillionsofparentshavesomehow7tofeedclotheprotectnurturehealteachandlovetheirchildren8successfuladulthood. 9allourintuitivesophisticationindealingwithcomplicatedsituationsit’’sa10toseehowpoorlywedealwithsomenewersystemsmostof11broughtaboutbytechnology. BothraisingchildrenandprotectingEarth’’slife-supportsystemsare12oflifeanddeath;inthelongtermtheyareequallyimportant.But13ourbrainsseemfairlywellpreparedforthelong-termprocessofraisingkidsweseemtohave14built-inskillfortakingcareoftheenvironmentthatsupportsusanychildrenwemighthaveandallother15.Itseemsthatthethinkingpartsofourbrainscan’’tdealwithcomplicatedsystemsandtheirlong-term16andthe17partsofourbrainsthatcandealwithcomplexsystemsdon’’thelpusmuchoutsideoftheir18areas.Oneofthegoalsofsystemsscienceistousemathandcomputerstohelppeoplegetbetter19takingcareofEarth’’slife-supportsystems.Thetaskinvolvesteachingourthinkingbrainsabout20complicatedsystemswork.
Thehumanbraincandoalotofwonderfulthings;manyoftheminclude1masteryofcomplexfeedbacksystemswithlong2Forexampleconsiderhowdifficultraisingachildtrulyis.Manyfactorsare3includingthenutritionalphysicalemotionalandmentalconditionofthechildandthefeedbackofthesefactors4thebehaviorofthoseinvolvedinraisingthechild.To5mattersmanyoftheresponsesofthechild/parentsystemtakeyearsto6themselves.Yetbillionsofparentshavesomehow7tofeedclotheprotectnurturehealteachandlovetheirchildren8successfuladulthood. 9allourintuitivesophisticationindealingwithcomplicatedsituationsit’’sa10toseehowpoorlywedealwithsomenewersystemsmostof11broughtaboutbytechnology. BothraisingchildrenandprotectingEarth’’slife-supportsystemsare12oflifeanddeath;inthelongtermtheyareequallyimportant.But13ourbrainsseemfairlywellpreparedforthelong-termprocessofraisingkidsweseemtohave14built-inskillfortakingcareoftheenvironmentthatsupportsusanychildrenwemighthaveandallother15.Itseemsthatthethinkingpartsofourbrainscan’’tdealwithcomplicatedsystemsandtheirlong-term16andthe17partsofourbrainsthatcandealwithcomplexsystemsdon’’thelpusmuchoutsideoftheir18areas.Oneofthegoalsofsystemsscienceistousemathandcomputerstohelppeoplegetbetter19takingcareofEarth’’slife-supportsystems.Thetaskinvolvesteachingourthinkingbrainsabout20complicatedsystemswork.
主要由纤维蛋白构成的血栓是
Thehumanbraincandoalotofwonderfulthings;manyoftheminclude1masteryofcomplexfeedbacksystemswithlong2Forexampleconsiderhowdifficultraisingachildtrulyis.Manyfactorsare3includingthenutritionalphysicalemotionalandmentalconditionofthechildandthefeedbackofthesefactors4thebehaviorofthoseinvolvedinraisingthechild.To5mattersmanyoftheresponsesofthechild/parentsystemtakeyearsto6themselves.Yetbillionsofparentshavesomehow7tofeedclotheprotectnurturehealteachandlovetheirchildren8successfuladulthood. 9allourintuitivesophisticationindealingwithcomplicatedsituationsit’’sa10toseehowpoorlywedealwithsomenewersystemsmostof11broughtaboutbytechnology. BothraisingchildrenandprotectingEarth’’slife-supportsystemsare12oflifeanddeath;inthelongtermtheyareequallyimportant.But13ourbrainsseemfairlywellpreparedforthelong-termprocessofraisingkidsweseemtohave14built-inskillfortakingcareoftheenvironmentthatsupportsusanychildrenwemighthaveandallother15.Itseemsthatthethinkingpartsofourbrainscan’’tdealwithcomplicatedsystemsandtheirlong-term16andthe17partsofourbrainsthatcandealwithcomplexsystemsdon’’thelpusmuchoutsideoftheir18areas.Oneofthegoalsofsystemsscienceistousemathandcomputerstohelppeoplegetbetter19takingcareofEarth’’slife-supportsystems.Thetaskinvolvesteachingourthinkingbrainsabout20complicatedsystemswork.
下列哪些器官发生的梗死属于贫血性梗死
肺褐色硬化是下列哪种疾病的形态改变
下述血栓中哪种是白色血栓
心室壁瘤时血栓形成的主要原因在于
Thehumanbraincandoalotofwonderfulthings;manyoftheminclude1masteryofcomplexfeedbacksystemswithlong2Forexampleconsiderhowdifficultraisingachildtrulyis.Manyfactorsare3includingthenutritionalphysicalemotionalandmentalconditionofthechildandthefeedbackofthesefactors4thebehaviorofthoseinvolvedinraisingthechild.To5mattersmanyoftheresponsesofthechild/parentsystemtakeyearsto6themselves.Yetbillionsofparentshavesomehow7tofeedclotheprotectnurturehealteachandlovetheirchildren8successfuladulthood. 9allourintuitivesophisticationindealingwithcomplicatedsituationsit’’sa10toseehowpoorlywedealwithsomenewersystemsmostof11broughtaboutbytechnology. BothraisingchildrenandprotectingEarth’’slife-supportsystemsare12oflifeanddeath;inthelongtermtheyareequallyimportant.But13ourbrainsseemfairlywellpreparedforthelong-termprocessofraisingkidsweseemtohave14built-inskillfortakingcareoftheenvironmentthatsupportsusanychildrenwemighthaveandallother15.Itseemsthatthethinkingpartsofourbrainscan’’tdealwithcomplicatedsystemsandtheirlong-term16andthe17partsofourbrainsthatcandealwithcomplexsystemsdon’’thelpusmuchoutsideoftheir18areas.Oneofthegoalsofsystemsscienceistousemathandcomputerstohelppeoplegetbetter19takingcareofEarth’’slife-supportsystems.Thetaskinvolvesteachingourthinkingbrainsabout20complicatedsystemswork.
混合血栓的形态学特征是
风湿病时心内膜疣状赘生物属于
透明血栓的主要成分是
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