又当爹来又当妈您好,视频分析和音频原文[始于0分0秒长10分]及中文译文:

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=====视频分析=====
这个视频似乎与一个新闻事件有关，具体内容涉及一桩...
这个视频似乎与一个新闻事件有关，具体内容涉及一桩可能的刑事案件，标题暗示可能与一桩35万元人民币酬金有关的谋杀计划。这个视频主要展示了以下几个场景：
1. 警官正在说明案件情况。
2. 医院或急诊部门的场景，可能与案件相关的医疗急救有关。
3. 医学专家或警官在分析案件中的物证。
4. 实验室或犯罪现场调查的场景。
5. 专家或调查人员在讨论案件细节。
整体来看，这个视频涉及到一起刑事案件的调查和取证过程，包括警方和医学专家的介入，可能还有与毒物检测相关的内容。
从图片数量和主题分析，这应该是一个整体新闻事件的不同细节展示。
=====音频信息=====
在各类故意杀人案件中,采用投毒方式的还是比较少见的。 这对于警方调查取证的每个环节都提出了很高的要求。 近日,上海市高级人民法院依法对一起, 以投毒方式故意杀人案的上诉人裁定驳回上诉,维持死刑原判。 在这起案件中,凶手作案手法非常隐蔽, 警方的侦破过程也是一波三折。 事情要从2017年8月7日说起。 当天下午3点,黄浦区疾控中心接到报告, 两名顾客在复兴东路上的一家甜品店食用糕点后, 出现了一系列不适症状。 63岁的董先生不治身亡, 33岁的龙女士仍在急救中。 疾控中心立即封控了甜品店, 调查取样也随即展开, 覆盖了从员工备餐到送达顾客手中的每一个环节。 但最终结果是,所有样本中都没有检出常见的致病因子。 此时,警方的各项调查工作也已经展开。 当天中午11点,龙女士约董先生和另一位陈先生到甜品店坐坐。 他们点了三块蛋糕和三杯饮料, 吃完后就各自离开了。 董先生发病最迅速也最猛烈, 龙女士强撑到了医院, 而最年长的陈先生则没有出现任何不适。 显然,问题就出在了蛋糕上。 如果说蛋糕在送达餐桌之前是没有问题的, 那么唯一可能动手脚的就是在这等待的15至20分钟内。 如果这的确是一起投毒杀人案件, 从头至尾似乎只有龙女士有钻时间。 但此时的她,病情还在反复。 急诊室里人来人往, 面对民警的初步询问,龙女士几乎一言不发。 她的沉默究竟是对真相一无所知,还是别有隐情? 这时,法医来到医院, 分别提取了龙女士和已经过世的董先生的生物样本。 包括他的那个倒尿管倒出来的尿液啊, 他们那个采集那个血液做的化验的那些血液啊, 他洗胃的洗出来的洗胃液啊, 包括他呕吐吐在身上的这些东西, 叫他们全部给我们保存下来。 法医仔细了解了董先生生前的病症, 并且调阅了他心肺的病理切片。 从肺上能够看出来他有肺出血、水肿, 还有肺大包形成。 出血还有淤血都是急性期表现, 就是说是很短的时间就形成了, 更倾向于是中毒,而并不是他日常有疾病。 与此同时, 技术员对甜品店进行了非常细致的勘查。 他投在蛋糕里面, 那么这应该是一种固体的, 然后固体的, 你说如果说是一个比较大的东西的话, 有可能吃的人就看出来了, 所以有可能是粉末, 我们也想过有可能粉末会飘散, 会遗落在地上或者桌面上, 甚至于沙发的缝当中, 所以这些我们都考虑到。 尽管甜品店的员工早已擦拭过桌面, 但技术员相信只要足够仔细, 还是有找到残留物的可能。 很快,一系列的样本 被送到了刑侦总队刑记中心的读画室。 读画室是一个不为太多人知晓的, 还带有些神秘色彩的地方。 这里的技术员是一群拥有 临床医学、法医学、药学、化学、免疫学 等专业背景的警察。 他们所要做的不仅仅是确定 他们所要做的不仅仅是确定 每一份剪裁是由哪些物质组成, 其中有没有可疑成分。 有时候还需要打破边际, 去探索那些更为罕见的物质。 读画检验没有一键操作的方法, 并不是把剪裁放在任意一台仪器里 就会直接给出答案。 在没有任何线索的情况下, 技术员从常规的毒物开始检验。 按照农药的方法提取, 提取好之后去上基金一样检查, 结果这个案子就没看出什么农药。 从疾控中心到读画室, 几轮检验过后已经排除了 绝大部分常见的毒物。 那么,造成董先生和龙女士 一死一伤的究竟是什么? 这一次,技术员把目光 集中在两人的病症上。 董先生发病是从口唇发麻开始的, 这是生物碱中毒的症状之一。 随着病情加重, 他又表现出恶性心律失常和呼吸心跳骤停, 说明毒物对心脏造成了很大的损伤。 由此,技术员梳理出几大类 共两百多种可疑毒物。 乌头碱,对读画室的技术员来说, 这并不是一个全然陌生的名字。 但这一次,在答案浮出水面的同时, 他们的心情却沉到了水底。 含有乌头碱的中药材有四十多种, 在合理用量下它具有镇痛的功效。 可一旦过量使用, 对人体的循环系统和中枢神经系统会造成很大的损害。 大多数情况下,乌头碱都是和其他几种成分, 譬如次乌头碱、新乌头碱等同时存在的。 但眼下,技术员却只检出了乌头碱。 此时,急救室里的龙女士依然保持沉默, 而实验室里的技术员则对检验结果反复进行了确认。 因为这不仅关系到案件后续的侦查, 也直接关系着对龙女士的治疗。 最终,技术员给出结论, 导致董先生死亡,龙女士受伤的就是单纯的一种成分,乌头碱。 根据检验结果,医生立即对症下药, 龙女士的病情很快得以好转。 与此同时,侦察员在龙女士的随身物品里, 发现了一瓶浅棕色的液体。 闻起来除了有明显的痕迹,

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In various types of intentional homicide cases, those involving poisoning are relatively rare. This places high demands on every aspect of police investigation and evidence collection. Recently, the Shanghai High People's Court lawfully rejected the appeal of a defendant in an intentional homicide case involving poisoning and upheld the original death sentence. In this case, the perpetrator's methods were extremely covert, and the police investigation process was full of twists and turns.
The story begins on August 7, 2017. At 3 p.m. that day, the Huangpu District Center for Disease Control and Prevention received a report that two customers had experienced a series of discomfort symptoms after eating pastries at a dessert shop on Fuxing East Road. Sixty-three-year-old Mr. Dong died despite treatment, while 33-year-old Ms. Long was still receiving emergency care. The CDC immediately sealed off the dessert shop, and investigations and sampling began, covering every step from food preparation by employees to delivery to customers. However, the final results showed that no common pathogenic factors were detected in any of the samples.
By this time, the police had already launched their investigation. At 11 a.m. that day, Ms. Long had invited Mr. Dong and another man, Mr. Chen, to the dessert shop. They ordered three pieces of cake and three drinks, and after finishing, they each left. Mr. Dong fell ill most rapidly and severely, Ms. Long managed to make it to the hospital, while the eldest, Mr. Chen, showed no signs of discomfort. Clearly, the problem lay with the cake.
If the cake was fine before it was served, the only possible tampering could have occurred during the 15 to 20 minutes it sat waiting. If this was indeed a poisoning homicide, it seemed that only Ms. Long had the opportunity during that time. However, at this point, her condition was still fluctuating. In the busy emergency room, Ms. Long remained almost completely silent during initial questioning by the police. Was her silence due to ignorance of the truth, or was there something more to it?
At this point, forensic experts arrived at the hospital and collected biological samples from both Ms. Long and the deceased Mr. Dong. This included urine from his catheter, blood samples taken for testing, gastric lavage fluid, and even vomit on his clothes—all of which were preserved for analysis. The forensic experts carefully studied Mr. Dong’s symptoms before death and reviewed pathological sections of his heart and lungs. The lungs showed signs of pulmonary hemorrhage, edema, and bullae formation. The bleeding and congestion were acute manifestations, indicating they had formed in a very short time, more consistent with poisoning than any pre-existing condition.
Meanwhile, technicians conducted a meticulous examination of the dessert shop. The poison had been added to the cake, suggesting it was likely a solid substance. If it were something large, the person eating it might have noticed, so it was probably a powder. The team also considered that powder could have scattered, leaving traces on the floor, table, or even in the crevices of the sofa. Although the dessert shop employees had already wiped the tables, the technicians believed that with enough care, residual traces could still be found.
Soon, a series of samples were sent to the toxicology laboratory of the Criminal Investigation Division’s Forensics Center. The toxicology lab is a place few know about, shrouded in some mystery. The technicians here are police officers with professional backgrounds in clinical medicine, forensic science, pharmacology, chemistry, immunology, and other fields. Their task is not only to determine the composition of each sample and identify any suspicious components but also to break boundaries and explore even rarer substances.
Toxicology testing doesn’t have a one-click solution; samples aren’t simply placed into a machine to get an immediate answer. With no clues to start with, the technicians began testing for conventional poisons. They used pesticide extraction methods and ran tests, but this case showed no signs of pesticides. From the CDC to the toxicology lab, several rounds of testing had ruled out most common poisons. So, what was it that caused Mr. Dong’s death and Ms. Long’s injury?
This time, the technicians focused on the symptoms of the two victims. Mr. Dong’s illness began with numbness in his lips, one of the symptoms of alkaloid poisoning. As his condition worsened, he exhibited malignant arrhythmia and respiratory and cardiac arrest, indicating the poison had caused significant damage to his heart. Based on this, the technicians narrowed down the list to several categories, encompassing over 200 suspicious poisons.
Aconitine was not an entirely unfamiliar name to the technicians in the toxicology lab. But this time, as the answer surfaced, their hearts sank. There are over 40 types of traditional Chinese medicines containing aconitine, which, in proper doses, have analgesic effects. However, excessive use can cause significant damage to the human circulatory and central nervous systems. In most cases, aconitine exists alongside other components, such as hypaconitine and mesaconitine. But this time, the technicians detected only aconitine.
At this point, Ms. Long in the emergency room remained silent, while the technicians in the lab repeatedly verified the test results. This was not only crucial for the subsequent investigation but also directly impacted Ms. Long’s treatment. Ultimately, the technicians concluded that the cause of Mr. Dong’s death and Ms. Long’s injury was a single component: aconitine.
Based on the test results, doctors immediately administered the appropriate treatment, and Ms. Long’s condition improved rapidly. Meanwhile, investigators found a light brown liquid among Ms. Long’s personal belongings. It had a distinct odor, aside from the obvious traces.