Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

论早期诊断并及时给予别嘌呤醇及静脉碱化利尿是治疗TLS的关键。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药，其他选择包括其他黄嘌呤氧化酶抑制剂、促进尿排泄药或脱敏疗法（后者仅适于轻度皮疹者）。

Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

论早期诊断并及时给予别嘌呤醇及静脉碱化利尿是治疗TLS的关键。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药物毒性，其他选择包括其他黄嘌呤氧化剂、促进尿酸排泄药或脱敏疗法（后者仅适于轻度皮疹者）。

Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

论早期诊断并及时给予别嘌呤醇及静脉碱化利尿是治疗TLS的关键。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药物毒，选择包括黄嘌呤氧化酶抑制剂、促进尿酸排泄药或脱敏疗法（后者仅适于轻度皮疹者）。

Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

论早期诊断并及时给予别嘌呤醇及静脉碱化利尿是TLS。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药物毒性，其他选择包括其他黄嘌呤氧化酶抑制剂、促进尿酸排泄药或脱敏法（后者仅适于轻度皮疹者）。

Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

论早期诊时给予别嘌呤醇静脉碱化利尿是治疗TLS的关键。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药物毒性，其他选择包括其他黄嘌呤氧化酶抑制剂、促进尿酸排泄药或脱敏疗法（后者仅适于轻度皮疹者）。

Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

诊断并及时给予别嘌呤醇及静脉碱化利尿是治疗TLS的关键。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药物毒性，其他选择包括其他黄嘌呤氧化酶抑制剂、促进尿酸排泄药或脱敏疗法（后者仅适于轻度皮疹者）。

Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

论早期诊断并及时给予别嘌呤醇及静脉碱化利尿是治疗TLS的关键。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药物毒，选择包括黄嘌呤氧化酶抑制剂、促进尿酸排泄药或脱敏疗法（后者仅适于轻度皮疹者）。

Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

论早期诊断并及时给予别嘌呤醇及化利尿是治疗TLS的关键。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药物毒性，其他选择包括其他黄嘌呤氧化酶抑制剂、促进尿酸排泄药或脱敏疗法（后者仅适于轻度皮疹者）。

Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

论早期诊断并及时给予别及静脉碱化利尿是治疗TLS的关键。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药物毒性，其他选择包括其他黄氧化酶抑制剂、促进尿酸排泄药或脱敏疗法（后者仅适于轻度皮疹者）。

Conclusions TLS can be effectively controlled by early recognition and administration of allopurinol therapy and alkalinization of urine.

论早期诊断给予别嘌呤醇静脉碱化利尿是治疗TLS的关键。

If allopurinol toxicity occurs, options include other xanthine oxidase inhibitors, a uricosuric agent, or allopurinol desensitisation (the latter only in cases of mild rash).

如出现药物毒性，其他选择包括其他黄嘌呤氧化酶抑制剂、促进尿酸排泄药或脱敏疗法（后者仅适于轻度皮疹者）。