In the anterior circulation, the sum of CBS and CBV ASPECTS (CBSV) proved to be the most robust predictor of favorable outcome. CBV ASPECTS and CBS had high sensitivity but moderate to poor specificity while BASIS was only moderately sensitive and specific.

CBS, BASIS, and CBV ASPECTS are statistically robust and sensitive but unspecific predictors of good clinical outcome. Two new derived imaging parameters, CBSV and M1-BASIS, share these properties and may have increased prognostic value.”
“Objective: The study objectives were to characterize the prognostic perspectives of pulmonary artery sarcoma and to investigate

the effect of distal embolectomy on the prognosis of surgical treatment of pulmonary artery sarcoma.

Methods: Nine patients with pulmonary artery sarcoma were surgically treated at Anzhen Hospital, and the data were retrospectively reviewed. Five patients PLX4032 underwent only pulmonary artery sarcoma resection, and 4 patients underwent both pulmonary artery sarcoma resection and distal embolectomy.

Results: There was no

in-hospital mortality. Four Trametinib mouse patients had lung ischemia-reperfusion injury, 3 of whom recovered with the support of extended ventilation and positive end-expiratory pressure, and 1 of whom recovered with extracorporeal membrane oxygenation support. During the follow-up, 5 patients who did not undergo distal embolectomy died 6 to 29 months after the procedure, with a median survival time of 10 months. Of the 4 patients undergoing distal embolectomy, 3 died 30, 37, and 43 months after the procedure, and 1 is still alive 39 months after the procedure. All 8 deaths were due to

local or systemic recurrence. The patients who underwent distal embolectomy lived longer than the patients who did not undergo distal embolectomy (log-rank test, x(2) = 7.914, P = .005).

Conclusions: Axenfeld syndrome Radical surgical resection provides the only chance of survival for patients with pulmonary artery sarcoma, and distal embolectomy may further extend survival for these patients. (J Thorac Cardiovasc Surg 2011;142:1469-72)”
“A fundamental claim associated with parallel distributed processing (PDP) theories of cognition is that knowledge is coded in a distributed manner in mind and brain. This approach rejects the claim that knowledge is coded in a localist fashion, with words, objects, and simple concepts (e.g. “”dog”"). that is, coded with their own dedicated representations. One of the putative advantages of this approach is that the theories are biologically plausible. Indeed, advocates of the PDP approach often highlight the close parallels between distributed representations learned in connectionist models and neural coding in brain and often dismiss localist (grandmother cell) theories as biologically implausible.