Abstract: A method for communication between a first web application associated with a first browsing domain and a second web application associated with a second browsing domain. The browser-implemented applications record data from a browser software module and prohibit access to data recorded for selective browsing domains. The browser concurrently displays at least two sub-pages of an initial web page, a first sub-page being used for displaying a user interface for the first web application, a second sub-page being used for displaying a user interface for the second web application being executed independently of the first web application. A first software module of the first web application stores data in a database which is read by a second software module of the second web application, the first and second software modules being associated with a third browsing domain.

Abstract: A method is proposed for exchanging a data set between a transmitting module, associated with a first domain, and a destination module associated with a second domain. The transmitting module and the destination module are adapted to be loaded into a browser module having access to a local database for recording data and accessing the data recorded by one or more modules belonging to a single browsing domain and to any module loaded in the browser module that is also associated with said single browsing domain. The method comprises the following steps: storage, by a storage module associated with a third domain, of the data set in the local database; requesting a receiving module, associated with the third browsing domain, to read the data set; reading, by the receiving module, of the data set in the local database.

Abstract: A distributed method of processing data in a navigation module, having a local database allowing recording and access to data recorded by one or more modules suitable for being loaded into the navigation module and belonging to the same common navigation domain is disclosed. In one aspect, the method comprises loading a first Web page and a first work module associated with the first Web page and belonging to the common navigation domain, processing by the first work module, according to a set of instructions of a set of data to be processed. During an interruption, an intermediate result is stored in the local database. Subsequent to the loading of a new Web page, a new work module belonging to the common navigation domain is loaded and resumes the processing of the data to be processed according to the remaining instructions until obtaining a final result.

Abstract: A method for communication between a first web application associated with a first browsing domain and a second web application associated with a second browsing domain. The browser-implemented applications record data from a browser software module and prohibit access to data recorded for selective browsing domains. The browser concurrently displays at least two sub-pages of an initial web page, a first sub-page being used for displaying a user interface for the first web application, a second sub-page being used for displaying a user interface for the second web application being executed independently of the first web application. A first software module of the first web application stores data in a database which is read by a second software module of the second web application, the first and second software modules being associated with a third browsing domain.

Abstract: A method is proposed for exchanging a data set between a transmitting module, associated with a first domain, and a destination module associated with a second domain. The transmitting module and the destination module are adapted to be loaded into a browser module having access to a local database for recording data and accessing the data recorded by one or more modules belonging to a single browsing domain and to any module loaded in the browser module that is also associated with said single browsing domain. The method comprises the following steps: storage, by a storage module associated with a third domain, of the data set in the local database; requesting a receiving module, associated with the third browsing domain, to read the data set; reading, by the receiving module, of the data set in the local database.

Abstract: Method for the automatic analysis of a blood sample in which: an analysis solution containing the blood sample, a diluent, and at least one compound to lyze the erythrocytes; at least one compound to stabilize the haemoglobin in the form of a chromogenic complex, is formed in a single dilution and analysis tank, the haemoglobin level is measured in this analysis solution by spectrophotometry in the tank after the lysis of the erythrocytes; and an appropriate quantity of this analysis solution is taken from the tank on which a leucocytic differentiation is carried out by an optical elements characterized in that the analysis solution also contains at least one compound to protect the leucocytes, allowing the distinguishing of at least four main leucocyte sub-populations. A haematological analysis apparatus for the implementation of such a method is disclosed.

Abstract: Method for the automatic analysis of a blood sample in which: an analysis solution containing the blood sample, a diluent, and at least one compound to lyze the erythrocytes; at least one compound to stabilize the haemoglobin in the form of a chromogenic complex, is formed in a single dilution and analysis tank, the haemoglobin level is measured in this analysis solution by spectrophotometry in the tank after the lysis of the erythrocytes; and an appropriate quantity of this analysis solution is taken from the tank on which a leucocytic differentiation is carried out by an optical elements characterized in that the analysis solution also contains at least one compound to protect the leucocytes, allowing the distinguishing of at least four main leucocyte sub-populations. A haematological analysis apparatus for the implementation of such a method is disclosed.