91 Days Episode 7.5
91 Days Episode 7.5 ::: https://cinurl.com/2tkXuI
True enough that if the studio is behind why waste time making a half-decent filler when you could just slap something together. The audience will complain regardless and just as many people will skip the episode.
I mean, schedule slip ups happen. I remember when I was watching Girls Und Panzer and the last episode (or two, it has been a while) was delayed into the next season because some dude really, really messed up.
The 90 days signify the days left until the opening of the Opera House, which was mentioned in the wedding episode 2 by Frate, who tells them that Don Gallasia decided to attend the opening show. The 91 days refers to the time in which his revenge takes place since arriving.
91 Days continues to be a solid period drama and while little happens this episode, we do get to explore the fallout from the dead bodies at the end of episode 2. Which is kind of a nice change from most stories where they focus entirely on the revenge rather than the dealing with the death of a character and the issue of the corpse.
That said, this episode was really interesting. It moved quickly from Nero and Fango making a deal, to Nero negotiating with Orco, the inevitable double cross and fire-fight, and then the final sequences where it is absolutely confirmed that Fango is completely crazy (and not in a fun kind of way).
You know, Cheer Boys did the whole recap thing awhile back and I expressed my dislike of recap episodes that add nothing new then. At least when it did it, they added some narration and they were following a high point in the series.
Turns out we have one more episode of 91 Days, but this was a highly entertaining episode. The first half was all semi-ironic statements about planning for a future (that we should all know by now was never going to exist) and the second half was metaphorically about burning everything down (though less flames and more knives and bullets involved).
While I appreciate that all the way through, 91 Days has attempted to ensure it was building consistent metaphors and themes, being reminded of my least favourite moments from the mid-season and the general feeling of failure and pointlessness that permeated this episode really just made it a little bit flat.
Avilio and Nero shake off the Orco family's assassin and continue to lie low, until Nero's regular call to Barbero reveals a new development in the conflict: Orco wants peace with the Vanetti family. Still, Barbero suggests that it might not be best for Nero to return to Lawless immediately, and tells Nero and Avilio to meet him at \"the Lodge\" in two days.
Leading Cast is Kondo Takeshi (Avilio/Angelo), Eguchi Takuya (Nero), Saito Soma (Corteo), Tsuda Kenjiro (Fango), and others. The majority of this cast does overseas dubbing work. The home releases come in 7 volumes. with two episodes each, with the exception of the last volume.
The main story of 91 Days follows the revenge of Angelo Lagusa. I can only say that his revenge was played out so well, I can only label him as an absoulute genius. He was willing to join and work for the same people that murdered his entire family for the sake of his revenge. Not only was he able to to gain the trust of Nero Vanetti (first son of Don Vanetti) and his group, but was able to handle almost all the situations where his cover was almost blown, with a calm unwavering attitude, which I think is a rare attribute found in main characters these days. Another thing that stood out to me was the very sad story of friendship between Angelo and his childhood friend Corteo. I know it was just a side story but it was still a damn sad one! (sniff)
The present study reports on the complication rates in 143 patients who underwent percutaneous transluminal coronary angioplasty (PTCA) within 4 weeks after thrombolysis for acute myocardial infarction. The results were analyzed with respect to the time between thrombolysis and PTCA. PTCA was successful in 130 patients (91%). The mortality was 0.7% (1 patient). Severe complications occurred in 9 further patients (7%): 8 reinfarctions (6%) and one patient with a large haematoma of the groin requiring surgical treatment (0.7%). The total complication rate, including milder was 24%. A comparison of patients treated with PTCA within the first 4 days after thrombolysis (group I, n = 67) with patients dilated between 5 and 28 days after thrombolysis (group II, n = 76) resulted in a complication rate of 33% in group I and 16% in group II (p less than 0.01). This important difference was due to the higher frequency of ischaemic complications in group I than in group II (28% versus 12%). Besides reinfarction (7.5% in group I versus 4% in group II), prolonged ischaemic episodes were the most frequent cause of complications. Our results demonstrate a very high risk of complications if PTCA is performed within the first 4 days after thrombolysis for acute myocardial infarction.
The main indications for sirolimus were renal impairment and hepatitis C virus fibrosis. One hundred eleven (75%) patients remained on sirolimus after median follow-up of 1006 days. Mean (standard deviation) glomerular filtration rate improved significantly from 5929 mL/min preconversion to 7239 mL/min at censor point (P
All patients admitted to the ICU of Sainte-Marguerite Hospital in Marseille, France, with clinically suspected pneumonia over an 18-month period ending in June 2003 were enrolled in a prospective study. For all patients, the clinical suspicion of pneumonia was based on the presence of new or progressive pulmonary infiltrates on chest radiograph along with 2 of the following features: pyrexia with a temperature >38.5C, purulent tracheobronchial secretions, and leukocytosis with a total peripheral leukocyte count >12,000/mm3. All episodes of suspected ventilator-associated pneumonia with fever and pulmonary density were retrospectively reevaluated and all differential diagnoses were excluded (21). Since patients might have been treated for pneumonia more than once during the 18-month study period, episodes rather than individual patients were the unit of analysis. Beginning from the time of admission, all occasions on which pneumonia had been diagnosed in individual patients were considered a single episode of pneumonia unless the interval between 2 such occasions exceeded 30 days. Excluded from the final analyses were patients who did not recover between 2 episodes of pneumonia.
Samples used for this study resulted from the current residual sampling strategy of the ICU; no supplement sampling was performed for the study. The identity of patients who provided samples and questionnaire information before the study remained confidential according to French law. We collected clinical data by using a standardized questionnaire that included sociodemographic data (age, sex), medical history (chronic obstructive bronchopneumonia, asthma, cystic fibrosis, smoking and alcohol habits, immunosuppression, cancer, HIV infection, malnutrition, tuberculosis), hospitalization data (surgery, inhalation therapy, duration of ventilation, and antimicrobial drug use), and type of pneumonia (nosocomial or community acquired). Acute respiratory distress syndrome (ARDS) was defined according to the American-European consensus (22). Information on immunosuppression was obtained for patients with a history of cancer, organ transplants, splenectomy, HIV infection (when the CD4+ T-cell count was 0.5 mg/kg prednisone for >30 days or >5 mg/kg prednisone for >5 days).
Some patients had several definite or possible pathogens. A total of 230 documentations corresponding to 40 etiologic agents were identified in 152 (72.4%) of 210 episodes of pneumonia. Eighty-six (41.0%) BAL specimens were contaminated with fungi. Table 1 summarizes the non-AAMs identified as definite (28 in 27 [12.9%] of 210 episodes) or possible (143 in 115 [54.8%] of 210 episodes).
Laboratory investigations for AAMs detected 59 diagnoses in 40 (19.0%) patients. More than 1 AAM was observed in 56 episodes of pneumonia (26.7%); 39 (18.6%) had 2 AAMs, 11 (5.2%) had 3 AAMs, 3 (1.4%) had 4 AAMs, 2 (1.0%) had 5 AAMs, and 1 (0.5%) had 6 AAMs. Ten patients had serologic evidence of mixed infections with AAMs. Of the 40 patients with documented AAM infections, 18 (8.6% of our series) had evidence of AAMs (Table 2); 9 of these patients showed a high level of evidence. Evidence of pneumonia caused by unique AAMs was obtained in 13 patients. Of these, 5 had pneumonia caused by A. polyphaga mimivirus, 5 caused by L. pneumophila, 2 caused by L. bozemanii, and 1 caused by Parachlamydia sp. Mixed infections in these patients with 2, 3, and 5 AAMs were observed in 1, 2, and 2 patients, respectively. A unique AAM was observed in 13 patients (5 with A. polyphaga mimivirus, 5 with L. pneumophila, 2 with L. bozemanii, and 1 with Parachlamydia sp.).
A total of 22 (10.5%) of 210 episodes of pneumonia were observed in which both AAMs and conventional microorganisms were detected (Table 3). Six patients had diagnoses of AAM infection with a high level of evidence. Three of these 6 patients also had definite diagnoses of pneumonia caused by AAMs, and 3 others had a possible diagnosis of pneumonia caused by non-AAMs. Sixteen patients had diagnoses of pneumonia caused by AAMs with a low level of evidence. Three of these patients also had definite diagnoses of pneumonia caused by non-AAMs, and 13 had possible diagnoses of pneumonia caused by non-AAMs.
The frequency of infections with AAMs is summarized in Table 4. A. polyphaga mimivirus, which was identified in 15 (7.1%) of 210 episodes of pneumonia, was the most common AAM. Legionella sp. were identified in 14 episodes. Three of these patients had mixed infections (L. pneumophila and L. anisa in 1, L. pneumophila and L. rubrilucens in 1, and L. quilivanii, L. rubrilucens, and L. worsleiensis in 1). L. pneumophila, which was identified in 10 (4.8%) of 210 episodes, was the second most frequently documented AAM. Bradyrhizobium sp. was identified in 9 patients; 6 of them were also infected with B. japonicum. Five of 8 patients infected with Bosea sp. were also infected with B. massiliensis. Four patients had serologic evidence of mixed infection with B. japonicum and B. massiliensis. The 7 most common etiologic agents were P. aeruginosa (20.5%), S. aureus (13.8%), herpes simplex virus (8.1%), A. polyphaga mimivirus (7.1%), cytomegalovirus (6.2%), Escherichia coli (5.7%), and L. pneumophila (4.8%). If one considers only diagnoses with a high level of evidence, the 4 most common etiologic agents were P. aeruginosa (4.8%), A. polyphaga mimivirus (3.8%), E. coli (1.9%), and L. pneumophila (1.4%). 59ce067264