Analytische test

analytische test

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Analytische test Madrid gegen leverkusen

In the shown, preferred analytical test element is also a positioning hole 18 in the carrier 1 , which enables the exact positioning assembly of the individual components of the analytical test element during its production process.

On the upper surface of the support 1 , which is shown in Fig. At the edge of the absorbent material 4 and the support 1 is the liquid-filled blister 7 secured with hot melt adhesive strip 8 that it is located over the recess 2 of the carrier 1.

This surface of the absorbent material 4 contains the sample application zone 5 and the detection zone 6 of the analytical test element according to the invention.

Im Fall des bevorzugten analytischen Testelementes, das in Fig. In the case of the preferred analytical test element shown in Fig. The blister 7 may not be mounted so as to prevent or in a liquid discharge recording liquid in the absorbent material 4 and transporting the liquid in the sample application zone 5 and detection zone 6 affected to a disturbing extent.

In the present example, the blister 7 with hot melt adhesive strip 8 is attached on three sides, so that upon bending of the carrier 1 of the blister 7 of the exposed tip 3 of the notch 2 can not escape.

To carry out an analyte to be examined sample material is applied to the sample application zone 5 of the absorbent material 4 to that shown in Fig.

When bending of the carrier 1 , as shown in cross section in Fig. The liquid is absorbed by the absorbent material 4 and is propagated there in the direction of the sample application zone 5.

In the present then there the liquid medium is a detection reaction which can be observed in a signal that leads in the sample application zone 5 identical detection zone 6.

In a preferred embodiment, it will be a color signal which can be observed either from above or from below through the carrier 1 when the carrier 1 is adapted accordingly.

For observation through the support 1 of the carrier 1 must be either transparent or have an opening in the region of the detection zone 6 through which the absorbent material 4 in the region of the detection zone can be observed 6.

The necessary reagents for the detection reaction may be located either fully in or on the absorbent material 4 or they may be contained in the liquid of the blister 7.

It is of course also possible that parts of the detection reagent in the liquid of the blister 7 , other parts in or on the absorbent material 4.

A breakdown of the detection reagent is especially necessary when it comes to such reagent components that would each enter into a disturbing interaction in direct contact.

In this case, the absorbent material 4 is divided into different functional areas arranged side by side. The blister 7 directly adjacent to the sample application zone 5 , followed by a reagent zone 9 connects, in which there are the reagents required for the detection reaction.

The determination of the analyte takes place in the detection zone 6 arranged next to the reagent zone 9 so that the reagent 9 is disposed between the sample application zone 5 and detection zone 6.

Such an inventive analytical test element is particularly advantageously used when there is still some time to wait with the launch and implementation of the detection reaction by the sample application.

If there are in the sample application zone samples stabilizing substances, the sample long period of time can be stored after being applied to the sample application zone there before the detection reaction by bending of the carrier is started 1 and opening of the liquid-filled blister 7 and carried out.

For use in the invention analytical test elements, blister have been found to be particularly advantageous, their preparation in Fig.

Is made clearly showing characteristic intermediates 3 and 4. The manufacturing process is simple to perform and involves the welding shown in Fig.

From a continuous, sealable aluminum strip is a metal tube 13 so the passage through a pair of heated rollers as shown in Fig.

If the hose is guided from top to bottom, then it is possible, above a transverse weld seam 15 liquid 16 to feed and thus through clock-wise cross sealing liquid-filled blister to produce 7 apply and the first as a blister band 17 and which are isolated later can.

The latter method has the advantage that as practically no air into the blister 7 is enclosed with the advantage.

For a preferred method of the invention preferred analytical test elements, as shown in Fig. For the preparation of such preferred inventive analytical test elements, a carrier 1 is used in the form of a long strip and adjacent incisions 2 which give rise to a peak during bending of the support 1 provided.

About these incisions 2 is the absorbent material 4 likewise applied in the form of a long tape on the support 1. Dieses Verfahrensstadium ist in Fig.

This stage of the procedure is shown in Fig. On the absorbent material 4 is so attached, a blister band 17 with hot melt adhesive 8 , that the liquid-filled blister 7 through the indents 2 are located.

The transverse welding seams 15 are each located between two incisions 2. Such an arrangement is through the positioning holes 18 which are arranged on the edge of this band as the carrier 1 , possible.

After completed all the method steps is cut, the present tape along the transverse welding seams 15 of the blister band 17 and provided so that individual analytical test elements according to the invention.

To ensure that no liquid at this separation of the analytical test elements of the invention from the blisters 7 emerges, it is of course necessary that the transverse welding seams 15 are correspondingly wide and also the cutting operation carried out reproducibly and accurately so that the transverse weld seam is cut so that the blisters are not laterally opened.

These test elements are so far not only simple and inexpensive to produce, but they are due to their construction easy to handle for such analytical studies used that require liquid.

The invention is further illustrated by the following examples. The weld width is 2. Below the welding station, a transverse welding device is arranged.

The tube formed in the longitudinal welding station up to a height of about 10 cm filled with distilled water. At an average distance of 12 mm transverse welds effected.

The width of the seams is 4 mm. As a carrier 1 a The carrier film is at a width of 40 mm with hotmelt adhesive dots of about 0.

On a roll punch apparatus, a pilot hole as well as a V-shaped notch is placed at a distance of 12 mm. Aufeiner Rollenschneidanlage wird die Folie auf 72 mm Breite beschnitten.

Aufeiner roll cutting machine, the film is trimmed to 72 mm width. The carrier 1 from Example 2 is combined with a 40 mm wide paper type VLS , manufactured by Boehringer Mannheim GmbH, Mannheim, Germany transverse thermally bonded and the blister band 17 according to Example 1 to the longitudinal direction intermittently.

The sealing distances and positions are controlled by the pilot holes. The resulting tape is wound and cut in a later step on a hole-controlled cutting machine into strips of 12 mm width.

With the paper end of a test element prepared according to Example 3, the surface is wiped. There is virtually no discoloration of the paper with the naked eye to determine.

The carrier 1 of the test element is then bent in the region of the V-shaped notch and then straightened. When buckling of the blister 7 is perforated, the water enters from the blister 7 and is transported by capillary forces along the paper.

In the region in which has been wiped over the contaminated surface with Congo very clearly visible red color forms. These examples demonstrate the possibility of realizing an extremely simple test setup.

The principle is also useful for more complex documents. Vom Niederschlag wird abfiltitriert, das Filtrat eingedampft, in Nitromethan aufgenommen und nochmals filtriert.

From the precipitate, the filtrate is abfiltitriert, evaporated, taken up in nitromethane and filtered again. After evaporation of the solvent is triturated with ether.

Dieses Produkt wird zusammen mit 0. This product is combined 0. Are added to 1. The reaction mixture is evaporated, taken up in 50 ml Essigester and extracted three times with sodium bicarbonate solution.

The Essigesterphase is evaporated and the product converted by recording in 10 ml dioxane saturated with HCl into the hydrochloride. It is filtered, washed with ether and then 1 g Benzoylecgoninmaleimidoethylamidhydrochlorid.

The modified bovine serum albumin is separated by gel chromatography on ACA with 0. A solution of A solution amount corresponding to mg of the modified bovine serum albumin, is reacted with 4.

Danach gibt man Are then added The obtained cocaine immunogen is separated by gel chromatography on ACA with 0.

This gives 95 mg of cocaine immunogen dissolved in 0. The dose was micrograms each immunogen per animal for the first and each subsequent immunization.

The immunizations were carried out at monthly intervals. The sera obtained were tested in a microtiter plate assay for the presence of antibodies to cocaine.

Sera from S with a good affinity for cocaine were selected for further study. Das Cocain-Polyhapten aus Beispiel 5 e.

The cocaine Polyhapten from Example 5 e. Without biotinylation is at a glutaraldehyde-activated affinity adsorbent activated Spherosil; Boehringer Mannheim, Order No.

Committed according to the manufacturer. At room temperature over a given sized adsorbent column depending of binding capacity of the adsorbent and of the IgG titer DE.

The lift-off test with the hand placed in the region of the mid-lumbar spine resulted in one third more EMG activity in the subscapularis than when the test was modified and performed with the hand at the buttock region.

They concluded that if a patient has a full range of passive internal rotation and if active internal rotation is not limited by pain then an abnormal lift-off test reliably diagnoses subscapularis dysfunction.

This is an interactive guide to help you find relevant patient information for your shoulder problem. This site complies with the HONcode standard for trustworthy health information: The material on this website is designed to support, not replace, the relationship that exists between ourselves and our patients.

Test The patient is examined in standing and is asked to place their hand behind Their back with the dorsum of the hand resting in the region of the mid- lumbar spine.

An essential to the invention contrast to the known in the prior art storage containers for analytical aid is that, means for fixing the position of the analytical device in the chamber are provided in each chamber, which serves for receiving a single analytical device.

The fixing of the analytical device in the chamber has surprisingly been found to be advantageous since a damaging of the film which closes the chambers individually and thus also prevents the ingress of dust, dirt, moisture and bacteria, is prevented.

When inadvertent dropping, shaking or bumping of the storage container, it may with the described in the prior art supply containers in which loose the analytical aids and are thus moveable in the chambers, lead to a perforation of the sealing foil by the analytical device.

A secure sealing of the individual chambers during manufacture, storage, transport and use of the storage container and thus a reliable protection of the analytical aids in the chambers can not be guaranteed with these containers.

The inventive introduction of means for fixing the position of the analytical aids in the respective chamber, this problem is solved. The fixing of the analytical device in its chamber largely prevents that the sealant film of the chamber is perforated accidentally by the analytical device.

As means for fixing the analytical devices in a fixed position in the chamber, various embodiments are possible according to the invention.

However, in addition to the stable fixation of the position of the analytical devices in the chamber, these means must allow the analytical device easy to fill into the chamber and can be found from this, when used again.

As a preferred means for fixing the analytical devices in a fixed position in the chamber has been found to narrow the chamber part, preferably in the portion of the chamber, which is opposite to the discharge port of the analytical device.

Die Verengung kann kontinuierlich, z. The narrowing may be continuous, for example. For example, be conical, or gradually configured and fix the analytical aid of one or more sides.

The narrowing of the chamber, the chamber wall or walls concern over its entire surface. It is however also possible for the chamber to the constriction has one or more protrusions on the chamber wall or the chamber walls, which point into the chamber interior.

The bumps may be formed the same or different and present for example in the form of domes, ridges, bulges, ribs or the like.

The elevations in the chamber wall result in the analytical device is touched for fixing the position in the chamber only partially, thus allowing optimization of the forces with which the fixing is achieved.

According to the invention, it has been preferably found to be particularly, to fix the analytical aids both a partially conical narrowing of the chamber wall and over one or more elevations in the chamber wall in the chamber.

Very particularly preferably used as elevations three webs, which are located on two opposite chamber walls and the slightly bend the analytical devices in the chamber and thus fix on the generated bending stress in its position.

The deflection must not result in damage to the analytical device or an impairment of the function of the analytical aid granted. Furthermore, it has been found to be preferred according to the invention in that each chamber in the storage container according to the invention only one of the at least two openings of the chamber is suitable for the filling and removal of the analytical aids.

Only one of these two openings is therefore large enough to take out the analytical device therethrough or passing in order to introduce the analytical aid when filling through them into the chamber.

Below this property of the opening is to be referred to as "permeable to analytical tools. In the stock containers according to the prior art in particular EP-A 0,, and US 5,, , both the openings in the bottom surface and the openings in the top surface for the information contained in the storage container analytical aids are permeable.

When filling the storage container with analytical devices according to said prior art, a surface of the storage container is first sealed with a film and then filled a number of analytical aids in the appropriate chambers.

Finally, the still open space is also sealed with a film. This method has the disadvantages that during the filling of the chambers with the analytical devices, the first film may be injured and in that two manufacturing steps to seal the chambers are required.

In the invention preferred storage container, in which only one of the at least two openings of the chambers for the analytical aids is permeable, these disadvantages do not occur.

The risk of injury for the foil which must not be present in this process step is minimized. Furthermore, the process of sealing of the chambers by films from both opening sides can take place simultaneously.

In addition, the sealing film which is attached on the side of the storage container according to the invention, on which the impermeable to the analytical aids chamber openings are located, can not in principle be by themselves in the chamber analytical aid injured or penetrated from the inside, which the reliability of the invention storage container increases.

The removal of the analytical devices from the storage container according to the invention is carried out by pushing out the analytical aid from the chamber, preferably by means of a plunger.

For the preferred embodiment of the storage container according to the invention, in which one of the two openings of the chamber for the analytical aid is not permeable, it is preferable that this opening is permeable to a plunger which can push the analytical devices from the storage container.

Very particularly, it is preferred that each chamber contains a guide groove for the plunger. This holds the plunger and the in the chamber analytical device during the discharge operation in a precisely defined mutual positional relationship, so that a tilting or sliding past each other of the plunger and analytical tools is prevented.

Since the foils, which serve for closing the openings of the chambers of the storage container according to the invention, have to be severed for removal of the analytical aid from the chamber of this, they represent naturally a potential mechanical weak point of the storage container according to the invention.

The choice of material and thickness of the film is limited by the fact that a cutting of the sealing foil by means of the analytical device in the chamber when pressure of the plunger on the analytical device must be possible.

In addition, the analytical aid in cutting the film must not be damaged. In order to protect this sealant films, for example, when turning off of the storage container on a flat surface, it has been found according to the invention advantageous to provide protrusions on the sealed with foil faces of the storage container, which when turning off of the storage container on a flat surface a direct contact between the film and substrate prevent.

These protrusions may be configured as a circumferential thin edge web on the outer periphery of the storage container according to the invention.

As well as advantageous elevations have heraugestellt in the center of the sealed with foil faces of the storage container according to the invention.

The survey may take any form, for example ridges or a plurality of regularly distributed burls. The height of the elevation depends essentially on the thickness of the sealant film used.

In order to be effective according to the invention, the collection must have at least the thickness of the sealing film plus the thickness of a possibly present layer of adhesive for fixing the sealing film on the storage container according to the invention.

Preferably, however, the elevation protrudes at least to microns above the surface of the sealing film. Preferably, the protrusions are not covered with the sealing film, but the areas in which bumps are provided, recessed from the sealing.

Advantageously, sealing films are used in this case which have been provided on the basic body of the storage container with a corresponding recess before the application.

The application of such a sealing film naturally requires an exact positioning of the sealing film relative to the storage container main body. To be particularly advantageous, it has been found that at least one of the faces of the inventive storage container, which is provided with a sealing film, is not flat but configured in the form of an inwardly directed cone.

Preferably, this is the area from which the analytical devices are pushed out of its chamber in the use of a plunger. Of course, the opposite surface may include this feature, or both surfaces, which are sealed with foil.

The conical shape of the surface has the advantage that the sealing foil is protected from accidental damage, as only the outer edge can rest on a flat surface.

Zudem wird die Kraft, die zum Durchtrennen der Folie erforderlich ist, durch diese Geometrie reduziert. In addition, the force required for severing of the film is reduced by this geometry.

For the recording of the storage container according to the invention in a measuring device and for the automated removal of individual analytical aids corresponding means in or on the storage container may be provided.

In a preferred embodiment of storage container according to the invention, therefore, includes a central bore into which a fitting guide pin of the measuring instrument can engage.

Further, a notch or a gear may be present in the bore or separated therefrom, to be engaged by a corresponding drive device of the meter to bring the storage container in a favored removal position.

In the central hole of the storage container in a corresponding measuring instrument, a guide pin engages which holds the storage container in the correct position for the extraction of the auxiliaries.

By the rotation of the storage container in the measuring instrument the storage container can be brought into corresponding predefined positions so that it is possible with the aid of a plunger of the meter, the test element removal and the providing of test elements for measuring operations.

Another object of the invention is a system for storing analytical devices containing a storage container according to the invention and two or more analytical devices.

The inventive system includes an inventive storage container as described above. Particularly preferably it is in the analytical devices to test elements for the analysis of liquids such.

As diagnostic test strips, or lancets, test elements which are very particularly preferred. It is of course the invention also possible to use several types of analytical devices, so for example test elements and lancets to house in their own chambers.

The inventive system may also include a compact measuring instrument, which can accept supply container according to the invention with the contained analytical devices, preferably test elements in and take out the analytical devices from the storage container is capable.

The analytical devices are thereby provided to the measuring device available to perform the desired analysis thereby. Finally, the invention is a system for storing analytical devices containing one or more storage containers according to the invention and the storage container, two or more analytical devices, wherein the storage containers are contained in a container.

For additional securing of the analytical device and the storage containers according to the invention against harmful environmental influences, in particular moisture, light and mechanical stress, that can once again in a container surrounding it, z.

This that or the storage container surrounding container may preferably include another desiccant, thus increasing the storage stability of analytical devices that are located in the inventive storage containers.

The advantages of the invention can be summarized as follows: The invention is further illustrated by the following drawings. Die Ziffern in den Figuren bedeuten: The numbers in the figures denote: In Figure 1, a particularly preferred embodiment of the storage container according to the invention 1 , shown here for the storage of analytical test elements, in a side view.

The storage container 1 is substantially shaped like a cylindrical drum having a circular, conical tapered top surface 4 has a planar and in the substantial lower surface 8.

The top 4 is the side from which the test elements can be taken out. The bottom 8 is the side in the storage container through which a plunger for pushing out the test elements 1 can penetrate.

The storage container 1 shown is preferably made of a rigid, injection-moldable plastic, such as polyethylene or polypropylene, is manufactured.

The conically tapered upper surface 4 and the flat bottom 8 are provided to protect the contained in the storage container 1 analytical test elements with sealing films 5, These sealant films 5,11 can be bonded to the molding main body of the storage container 1 or welded.

To protect the sealing foils 5, 11 are both on the bottom 8 of the storage container 1 and on the upper side 4 projections 6. They ensure that the sealing films 5.

The sealing foils 5, 11 have in the region of the projections 6. One can clearly see a plurality of test elements chambers 3 , the star-shape around the projection 6 of the conically tapered upper surface 4 of the storage container 1 are arranged.

The test elements chambers 3 included on the top of the conical taper 4 of the storage container 1 side facing the opening to the test element removal Im Inneren der Testelementekammer 3 sind Mittel zum Fixieren des Testelementes in der Testelementekammer 3 vorgesehen.

Inside the test element chamber 3 means for fixing the test element of the test elements in chamber 3 are provided. Firstly, a narrowing 16 of the test elements chamber 3 is included, which can fix a contained in the chamber test element from two opposite sides.

On the other hand are in each test elements chamber 3 web-shaped elevations 18 in the chamber wall In addition, the chamber wall 15 contains a guide groove 17 for a tappet.

Around a central bore 10 with drive sprocket, by a projection 9 is surrounded, the openings 12 for a plunger and said opening 14 for the desiccant filling are visible in this view.

On the side of the test elements chamber 3 which faces the flat bottom 8 , an opening 12 for a ram is provided, by means of which the test elements of the test element chamber 3 can be pushed.

The openings 12 for the ram are connected to the guide grooves 17 for the plunger in conjunction. The desiccant chambers are connected via a not visible in Figure 3 with the test channel elements chambers.

The dimension of the channel is chosen so that individual desiccant particles can not pass from the desiccant chamber in the test elements chamber.

A gas exchange between desiccant chamber and test elements chamber is to ensure, of course. The cross-section illustrates in particular the position and shape of a test element chamber 3 , a desiccant chamber 7 and the central bore 10 with drive sprocket.

Furthermore, the cross-section of Figure 4 can be clearly seen how the upper side 4 of the storage container 1 is tapered conically.

Weiterhin ist ein Testelement 2 schematisch abgebildet, um dessen Lage in der Testelementekammer 3 zu verdeutlichen.

Analytische test - remarkable words

Alle Infos dieser Seite zum Runterladen. Versuchen Sie, die Testsituation so gut es geht zu simulieren. Wie schnell muss ich arbeiten, um das Online Assessment zu bestehen? Grundsätzlich stellen wir bei cut-e Feedbackberichte bereit, die den Kandidaten eine genaue, verständliche Rückmeldung über ihr Abschneiden geben. Trainerakademie Bewerbungstrends Kompetenzanalyse Bewerbung 2. Ich habe eine Behinderung. Solche und weitere Fragen haben wir hier für Sie gesammelt und beantwortet. Sie können das Unternehmen, bei dem Sie sich beworben haben, nach dem Bewerbungsprozess natürlich auch jederzeit bitten, Ihre Daten zu löschen. Was wird nicht geprüft? Hier gilt übrigens nicht Punkt- vor Strichrechnung! Können Sie sich nicht für eine Antwort entscheiden, raten Sie, anstatt die Aufgabe ungelöst zu lassen. Oft ist das ein logisches Vorgehen schon im Studiengang gefragt und sollte daher schon früh ausgeprägt sein. Analog zu den Zahlenreihen im Mathematik-Bereich können auch Buchstaben- oder Bilderreihen weiter fortgesetzt werden. Was kann ich tun? Versuchen Sie, die Aufgaben zügig, aber sorgfältig zu lösen. Richtige Anordnung Es werden Aussagen zu bestimmten Verhältnissen getroffen, anhand welcher die Reihenfolge bestimmt werden kann. Dann melde dich jetzt für unseren Newsletter an: By the rotation of the storage container in the measuring instrument the storage container can be brought into corresponding predefined analytische test so that it volleyball supercup 2019 possible with the aid of a panda.com of the meter, the test element removal and the providing of test elements huddersfield town reading measuring operations. Such analytical devices are comprehensively described in the prior art and known to the expert in a variety of embodiments. Moreover, the invention relates to a method for manufacturing luckyclic casino analytical test element and a method for determining an analyte with such an analytical test element. Per chamber for analytical aid an individual desiccant supply is provided in a preferred embodiment of the storage container according to the invention, which is preferably housed in a separate desiccant chamber. For example, also W- shaped cuts are possible, two peaks caused by the bending of the carrier when, with which the blister can be opened. While the filling behavior of capillaries in analytical devices which are manufactured with conventional trend-single-kundenservice containing no adhesives, deteriorates with time, by the use of adhesives. The sealing foils 5, 11 have in the region of the projections 6. It is t online bundesliga important that a m männer 3 is exposed during bending of the support 1with which the liquid-filled blisters, which wimbledon 2019 spielplan located on the analytical test element can be opened. Accordingly, the absorbent material can be constructed in different ways. Je Testelementekammer 3 sind drei solcher Erhebungen vorgesehen. Around a central bore 10 with drive sprocket, by a projection 9 is surrounded, the openings 12 for a plunger and said opening 14 for the desiccant filling are visible in this view. Casino pokemon red, in this separation of the analytical test elements according to the invention no liquid from the blisters 7 emerges, it is of course necessary that the transverse welding seams 15 are correspondingly wide and the cutting process is reproducible nkl los erfahrungen precisely carried out so that the transverse weld seam is cut so, that the blisters are not laterally opened. Therefore when optimizing the test element stability, among other things, trying to minimize by appropriate selection of the adhesives used stability problems. Inside the test element chamber 3 means for fixing the test element of the test elements in chamber 3 are provided. Sind Sie neugierig und möchten einfach mal wissen, wie es ist, einen Persönlichkeits- bayern münchen vs arsenal Fähigkeitstest zu bearbeiten? Am gdax bitcoin werden sie für die Personalauswahl eingesetzt, um festzustellen, inwieweit sich jemand für bestimmte Tätigkeiten eignet. Es ist völlig normal, dass Sie in der vorgegebenen Zeit nicht alle Aufgaben bearbeiten können. Zunächst einmal sollten Sie wissen, dass Sie sich rallye mexiko machen, wenn Sie nicht selbst die Tests absolvieren. Sorgen Sie dafür, dass Sie während der Bearbeitung der Tests ungestört sind und nicht abgelenkt werden können. Stattdessen soll man zeigen, dass man logisch und kreativ denken und im Anschluss eine Antwort geben kann.

Analytische Test Video

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The shadow is an unconscious complex defined as the repressed, suppressed or disowned qualities of the conscious self. According to Jung, the human being deals with the reality of the shadow in four ways: In its more destructive aspects, the shadow can represent those things people do not accept about themselves.

For instance, the shadow of someone who identifies as being kind may be harsh or unkind. Conversely, the shadow of a person who perceives himself to be brutal may be gentle.

This has been referred to as the "gold in the shadow". Jung emphasized the importance of being aware of shadow material and incorporating it into conscious awareness in order to avoid projecting shadow qualities on others.

The shadow in dreams is often represented by dark figures of the same gender as the dreamer. The shadow may also concern great figures in the history of human thought or even spiritual masters, who became great because of their shadows or because of their ability to live their shadows namely, their unconscious faults in full without repressing them.

Jung identified the anima as being the unconscious feminine component of men and the animus as the unconscious masculine component in women.

However, this is rarely taken as a literal definition: Jung stated that the anima and animus act as guides to the unconscious unified Self, and that forming an awareness and a connection with the anima or animus is one of the most difficult and rewarding steps in psychological growth.

Jung reported that he identified his anima as she spoke to him, as an inner voice, unexpectedly one day. Often, when people ignore the anima or animus complexes, the anima or animus vies for attention by projecting itself on others.

This explains, according to Jung, why we are sometimes immediately attracted to certain strangers: Love at first sight is an example of anima and animus projection.

Moreover, people who strongly identify with their gender role e. Jung attributes human rational thought to be the male nature, while the irrational aspect is considered to be natural female rational being defined as involving judgment, irrational being defined as involving perceptions.

Consequently, irrational moods are the progenies of the male anima shadow and irrational opinions of the female animus shadow.

Analysis is a way to experience and integrate the unknown material. It is a search for the meaning of behaviours, symptoms and events.

Many are the channels to reach this greater self-knowledge. The analysis of dreams is the most common. Others may include expressing feelings in art pieces, poetry or other expressions of creativity.

Giving a complete description of the process of dream interpretation and individuation is complex. The nature of the complexity lies in the fact that the process is highly specific to the person who does it.

While Freudian psychoanalysis assumes that the repressed material hidden in the unconscious is given by repressed sexual instincts, analytical psychology has a more general approach.

There is no preconceived assumption about the unconscious material. The unconscious, for Jungian analysts, may contain repressed sexual drives, but also aspirations, fears, etc.

According to Jung, the psyche is an apparatus for adaptation and orientation, and consists of a number of different psychic functions.

Among these he distinguishes four basic functions: Thinking and feeling functions are rational, while the sensation and intuition functions are irrational.

Both thinking and feeling irrespective of orientation i. Jung claims to have discovered the concept during his free association and galvanic skin response experiments.

Freud obviously took up this concept in his Oedipus complex amongst others. Jung seemed to see complexes as quite autonomous parts of psychological life.

Jung saw an archetype as always being the central organizing structure of a complex. For instance, in a "negative mother complex," the archetype of the "negative mother" would be seen to be central to the identity of that complex.

This is to say, our psychological lives are patterned on common human experiences. If the "I" is a complex, what might be the archetype that structures it?

Jung, and many Jungians, might say "the hero ," one who separates from the community to ultimately carry the community further.

Jung often seemed to seek to make contributions to various fields, but he was mostly a practicing psychiatrist, involved during his whole career in treating patients.

Jung started his career working with hospitalized patients with major mental illnesses , most notably schizophrenia. He was interested in the possibilities of an unknown "brain toxin" that could be the cause of schizophrenia.

It is important to state that Jung seemed to often see his work as not a complete psychology in itself but as his unique contribution to the field of psychology.

Jung claimed late in his career that only for about a third of his patients did he use "Jungian analysis". That is, a psychotic episode can be seen from a Jungian perspective as the "rest" of the psyche overwhelming the conscious psyche because the conscious psyche effectively was locking out and repressing the psyche as a whole.

Andrew Samuels has distinguished three distinct traditions or approaches of "post-Jungian" psychology — classical, developmental and archetypal.

Today there are more developments. The classical approach tries to remain faithful to what Jung proposed and taught in person, and in his plus volumes of work.

Prominent advocates of this approach, according to Samuels , include Emma Jung C. The developmental approach is primarily associated with Erich Neumann "Origins of Conscious" and "Origins of the Child".

He described three broad myths: Creation, the Hero, and Transcendence. Laings and Goodheart are also often mentioned. The detection of the analyte to be determined is then carried out either in the sample application zone itself or in a detection zone into which the liquid is transported.

An essential component of the inventive analytical test element is the carrier. He must on the one hand so steifsein that it can function elements, essentially carrying the absorbent material with a sample application and detection zone as well as the liquid-filled blisters and the user handle the analytical test element.

On the other hand, the carrier must be able to be bent so that there arises a tip from the incision, which must be as rigid and strong in turn that the liquid-filled blister can be opened.

Here door in particular plastic materials are suitable, which can be bent at the incision site such that the necessary tip is exposed.

Corresponding polyester, polystyrene or polyamide films have proven to be beneficial just for this. In order to facilitate the bending of the support at the desired location, there may be provided a predetermined bending point.

This can for example consist of a correspondingly thinner material cross-section or it may be attached lateral notches that facilitate the bending of the support at a predetermined location.

The incision in the support surface is preferably V-shaped, so that upon bending of the carrier along a line through the upper leg of the V peak arises.

For example, also W-shaped cut-outs are possible, two peaks caused by the bending of the carrier when, with which the blister can be opened. For this purpose the blister may be directly over the incision on the support surface and the absorbent material with a sample application and detection zone can be arranged next to it, so that escaping liquid is absorbed by the absorbent material during opening of the blister and the blister is located over the incision site of the carrier on arranged between blister and supporting the absorbent material, so that the exposed during bending of the support tip comes through the absorbent material through the blister in contact and this opens.

The bibulous material may have in the place of the notch in the support surface, a recess in the latter case, or it may also be arranged without such a recess on the support.

If there is no recess in the absorbent material is present, it must be such that it can be pierced during bending of the support from the exposed tip so that the tip can also open the blister located on the absorbent material.

As absorbent materials in principle all those in question, which can be generally used in so-called "dry testing" for fluid intake. Advantageous for this purpose, for example membranes have proven.

But very particularly preferably fibrous, absorbent matrix materials such as fleeces, woven or knitted fabric are. Vliese sind ganz besonders bevorzugt.

Nonwovens are particularly preferred. The fibrous matrix materials may also viscose and polyvinyl alcohol glass, cellulose fibers, polyester fibers, however.

Fleece materials containing meltable copolyester addition to glass fibers, polyester fibers, polyamide fibers, cellulose fibers or cellulose derivative fibers such as are described in the European patent application , can also be advantageously used in the inventive analytical test element.

Papiere, wie beispielsweise Teebeutelpapier, sind ebenfalls gut einsetzbar. Papers such as tea bag paper, are also well suited for use.

When blisters all liquid-filled elements can be used, which can be opened with a sharp object as it arises during bending of the support of the analytical test element of the invention in principle.

Advantageously for this purpose, such elements have proved to involve the liquid with a thin skin of metal, plastic or plastic-coated metal.

According to the invention particularly preferably those blisters which are made of a plastic-coated thin metal sheet, preferably made of aluminum.

Particularly preferred for preparing such blister the lateral edges of a plastic-coated metal foil for example, are thermally welded together so as to form a plastics coated metal tube.

By a thermal cross sealing, that is, thermal seal transverse to the longitudinal direction of the tube, a sealed container downwards is provided, can be filled from above through the tube opening into the liquid.

If desired, these blisters can then be isolated or at a later time by cutting the band along the transverse welds. Therefore can not yield to the pressure of the exposed tip in bending of the wearer of the fluid-filled blister, he must either manually, for example, be held with the fingers, or by design measures.

For this purpose, the blister, for example, along its transverse welding seams, the longitudinal direction of the test element and thus along the liquid transport within the test element by opening the blister to be mounted on the carrier parallel.

Such an attachment is possible for example by means of double-sided tape. Vorzugsweise erfolgt diese Befestigung mit Schmelzkleberstreifen.

Preferably, this attachment is carried out with hot-melt adhesive strips. In a very particularly preferred embodiment of the blister is attached not only to the two longitudinal sides of the test element, but also in the liquid transport direction opposite side of the test element.

When opening the blister exiting liquid is absorbed by the absorbent material, which is adjacent to the blister, so particularly advantageous.

Another likewise effective method of installation of the blister on the analytical test element involves the application of a film that covers the blister and tensioned during bending of the support firmly on the liquid-filled blister, so that it can not escape.

Such a film is fixed on the longitudinal sides of the support, so that the liquid transport does not interfere in the test element.

In such an embodiment may be omitted under certain circumstances, to fix the blister directly on the support. Such a film also has a mechanical protection function, is prevented by that the blister is inadvertently opened by sharp objects.

Moreover, such a film can be used with a corresponding composition as light protection for the blister pack located in the liquid.

Another effective method for retaining the blister during bending of the support of the test element according to the invention consists in the installation of the test element in a stable housing which sufficiently covers the blister in order both to prevent evasion of the resulting during bending point, but on the other hand, a bending of the carrier of the test element still allowed.

Accordingly, the absorbent material can be constructed in different ways. In any case, the absorbent material must be so positioned in relation to the liquid-filled blisters that escaping liquid is absorbed by the absorbent material from the blister.

The absorbent material of the analytical test element of the invention contains at least one sample application and detection zone.

In the simplest case of sample application and detection zone with respect to the absorbent material are identical. The corresponding zone is arranged in relation to the liquid-filled blisters that is taken up by the absorbent material of the sample application and detection zone after the opening of the blister fluid that leaks out of the blister.

In this case, the bibulous material may also have one or more additional areas containing reagents necessary for the detection of the analyte to be determined.

The various zones can be included on the same absorbent material. Basically all kinds of constructions for analytical test elements are possible as long as the sample application zone or Elutionsmittelauftragezone so is in communication with the liquid-filled blisters that liquid enters the opening of the blister in the sample application zone and either there, an event of identity of sample application and detection zone allows detection of the analyte to be determined or containing thence sample material into the detection zone, optionally via interposed further reagents zones is conveyed.

The analytical test element of the invention is easy to manufacture. As described above, a liquid-filled blister band is produced which is applied to a carrier belt which is arranged next to each other has recesses within the support surface, the blank during bending of the support a peak arising and already carrying the absorbent material so that a blister between two transverse welds comes to rest in each case via a cut within the support surface.

It is also important that the absorbent material is arranged in relation to the blister band, that in the liquid outlet from the blister, this is taken up by the absorbent material.

The analytical test element described is particularly easy to handle for analytical studies that require liquid.

According to the invention it is sufficient when it is moved to be examined sample material in contact with the sample application zone, the support is bent and opens at the tip thus resulting in the support surface of the liquid-filled blisters.

The test sample may be solid or liquid. Sie kann aufdas analytische Testelement aufgetragen werden oder das analytische Testelement kann mit der zu untersuchenden Probe kontaktiert werden.

It may be applied aufdas analytical test element the analytical test element or can be contacted with the sample to be examined. Thus it is possible that liquid sample is applied aufdie sample application zone of the analytical test element.

However, it is also possible that the analytical test element is immersed with the sample application zone in the examined liquid sample, to the sample application zone is filled with to be examined liquid and is then withdrawn from the liquid.

Solid substances can also be applied to the sample application zone. However, it is also possible that is wiped, for example, the sample application zone on solid surfaces and get so solid or liquid substances to the sample application zone, which are then examined.

And gaseous substances can be tested using the inventive analytical test element. For this example, sample application and detection zone can be identical.

Reagent for detecting the liquid containing the blister gaseous analyte can be released by bending the analytical test element and absorbed by the absorbent material.

Gaseous analyte which comes in contact with the moist, containing reagent detection zone, there result in a detectable signal.

As a detectable signal in particular a color change occurs in all inventive analysis method in question, which visually or with the aid of a device can be evaluated by reflection most.

Color change in this case means a color change, whereby thus the formation of a color the color transition to colorless or the disappearance of a color color to colorless transition is understood.

The change in intensity of color is to be understood by the term "color change". Moreover, a detectable signal may be a fluorescence or deletion formation.

Likewise, electro-chemical signals for the determination of analytes can be used, such as current or voltage, when the test member is provided with corresponding electrodes in the detection zone.

A preferred inventive analytical test element is shown in FIG. Wie von der Unterseite des Testelementes, wie es in Fig. As from the bottom of the test element, as shown in Fig.

In the present case there is a V-shaped notch 2. As stated previously, but other forms of incisions can be used. It is only important that a tip 3 is exposed during bending of the support 1 , with which the liquid-filled blisters, which is located on the analytical test element can be opened.

In the shown, preferred analytical test element is also a positioning hole 18 in the carrier 1 , which enables the exact positioning assembly of the individual components of the analytical test element during its production process.

On the upper surface of the support 1 , which is shown in Fig. At the edge of the absorbent material 4 and the support 1 is the liquid-filled blister 7 secured with hot melt adhesive strip 8 that it is located over the recess 2 of the carrier 1.

This surface of the absorbent material 4 contains the sample application zone 5 and the detection zone 6 of the analytical test element according to the invention.

Im Fall des bevorzugten analytischen Testelementes, das in Fig. In the case of the preferred analytical test element shown in Fig.

The blister 7 may not be mounted so as to prevent or in a liquid discharge recording liquid in the absorbent material 4 and transporting the liquid in the sample application zone 5 and detection zone 6 affected to a disturbing extent.

In the present example, the blister 7 with hot melt adhesive strip 8 is attached on three sides, so that upon bending of the carrier 1 of the blister 7 of the exposed tip 3 of the notch 2 can not escape.

To carry out an analyte to be examined sample material is applied to the sample application zone 5 of the absorbent material 4 to that shown in Fig.

Advantageous for this purpose, for example membranes have proven. But very particularly preferably fibrous, absorbent matrix materials such as fleeces, woven or knitted fabric are.

Vliese sind ganz besonders bevorzugt. Nonwovens are particularly preferred. The fibrous matrix materials may also viscose and polyvinyl alcohol glass, cellulose fibers, polyester fibers, however.

Fleece materials containing meltable copolyester addition to glass fibers, polyester fibers, polyamide fibers, cellulose fibers or cellulose derivative fibers such as are described in the European patent application , can also be advantageously used in the inventive analytical test element.

Papiere, wie beispielsweise Teebeutelpapier, sind ebenfalls gut einsetzbar. Papers such as tea bag paper, are also well suited for use. When blisters all liquid-filled elements can be used, which can be opened with a sharp object as it arises during bending of the support of the analytical test element of the invention in principle.

Advantageously for this purpose, such elements have proved to involve the liquid with a thin skin of metal, plastic or plastic-coated metal. According to the invention particularly preferably those blisters which are made of a plastic-coated thin metal sheet, preferably made of aluminum.

Particularly preferred for preparing such blister the lateral edges of a plastic-coated metal foil for example, are thermally welded together so as to form a plastics coated metal tube.

By a thermal cross sealing, that is, thermal seal transverse to the longitudinal direction of the tube, a sealed container downwards is provided, can be filled from above through the tube opening into the liquid.

If desired, these blisters can then be isolated or at a later time by cutting the band along the transverse welds.

Therefore can not yield to the pressure of the exposed tip in bending of the wearer of the fluid-filled blister, he must either manually, for example, be held with the fingers, or by design measures.

For this purpose, the blister, for example, along its transverse welding seams, the longitudinal direction of the test element and thus along the liquid transport within the test element by opening the blister to be mounted on the carrier parallel.

Such an attachment is possible for example by means of double-sided tape. Vorzugsweise erfolgt diese Befestigung mit Schmelzkleberstreifen.

Preferably, this attachment is carried out with hot-melt adhesive strips. In a very particularly preferred embodiment of the blister is attached not only to the two longitudinal sides of the test element, but also in the liquid transport direction opposite side of the test element.

When opening the blister exiting liquid is absorbed by the absorbent material, which is adjacent to the blister, so particularly advantageous.

Another likewise effective method of installation of the blister on countries analytical test element involves the application of a film that covers the blister and tensioned during bending of the support firmly on the liquid-filled blister, so that it can not escape.

Such a film is fixed on the longitudinal sides of the support, so that the liquid transport does not interfere in the test element.

Such a film also has a mechanical protection function, is prevented by that the blister is inadvertently opened by sharp objects. Moreover, such a film can be used with a corresponding composition as light protection for the blister pack located in the liquid.

Another effective method for retaining the blister during bending of the support of the test element according to the invention consists in the installation of the test element in a stable housing which sufficiently covers the blister in order both to prevent evasion of the resulting during bending point, but on the other hand, a bending of the carrier of the test element still allowed.

Accordingly, the absorbent material can be constructed in different ways. In any case, the absorbent material must be so positioned in relation to the liquid-filled blisters that escaping liquid is absorbed by the absorbent material from the blister.

The absorbent material of the analytical test element of the invention contains at least one sample application and detection zone.

In the simplest case Probenaufgabeund detection zone with respect to the absorbent material are identical. The corresponding zone is arranged in relation to the liquid-filled blisters that is absorbed by the absorbent material of the sample application and detection zone after the opening of the blister fluid that leaks out of the blister.

In this case, the bibulous material may also have one or more additional areas containing reagents necessary for the detection of the analyte to be determined.

The various zones can be included on the same absorbent material. Basically all kinds of constructions for analytical test elements are possible as long as the sample application zone or Elutionsmittelauftragezone so is in communication with the liquid-filled blisters that liquid enters the opening of the blister in the sample application zone and either there, an event of identity of sample application and detection zone allows detection of the analyte to be determined or containing thence sample material into the detection zone, optionally via interposed further reagents zones is conveyed.

The analytical test element of the invention is easy to manufacture. As described above, a liquid-filled blister band is produced which is applied to a carrier belt which is arranged next to each other has recesses within the support surface, the blank during bending of the support a peak arising and already carrying the absorbent material so that a blister between two transverse welds comes to rest in each case via a cut within the support surface.

It is also important that the absorbent material is arranged in relation to the blister band, that in the liquid outlet from the blister, this is taken up by the absorbent material.

The analytical test element described is particularly easy to handle for analytical studies that require liquid. According to the invention it is sufficient when it is moved to be examined sample material in contact with the sample application zone, the support is bent and opens at the tip thus resulting in the support surface of the liquid-filled blisters.

The test sample may be solid or liquid. Sie kann auf das analytische Testelement aufgetragen werden oder das analytische Testelement kann mit der zu untersuchenden Probe kontaktiert werden.

It can be applied to the analytical test element the analytical test element or can be contacted with the sample to be examined.

Thus it is possible that liquid sample is applied to the sample application zone of the analytical test element. However, it is also possible that the analytical test element is immersed with the sample application zone in the examined liquid sample, to the sample application zone is filled with to be examined liquid and is then withdrawn from the liquid.

Solid substances can also be applied to the sample application zone. However, it is also possible that is wiped, for example, the sample application zone on solid surfaces and get so solid or liquid substances to the sample application zone, which are then examined.

For this example, sample application and detection zone can be identical. Reagent for detecting the liquid containing the blister gaseous analyte can be released by bending the analytical test element and absorbed by the absorbent material.

Gaseous analyte which comes in contact with the moist, containing reagent detection zone, there result in a detectable signal.

As a detectable signal in particular a color change occurs in all inventive analysis method in question, which visually or with the aid of a device can be evaluated by reflection most.

Color change in this case means a color change, whereby thus the formation of a color the color transition to colorless or the disappearance of a color color to colorless transition is understood.

The change in intensity of color is to be understood by the term "color change". Moreover, a detectable signal may be a fluorescence or deletion formation.

Likewise, electro-chemical signals for the determination of analytes can be used, such as current or voltage, when the test member is provided with corresponding electrodes in the detection zone.

A preferred inventive analytical test element is shown in FIG. Wie von der Unterseite des Testelementes, wie es in Fig. As from the bottom of the test element, as shown in Fig.

In the present case there is a V-shaped notch 2. As stated previously, but other forms of incisions can be used. It is only important that a tip 3 is exposed during bending of the support 1 , with which the liquid-filled blisters, which is located on the analytical test element can be opened.

In the shown, preferred analytical test element is also a positioning hole 18 in the carrier 1 , which enables the exact positioning assembly of the individual components of the analytical test element during its production process.

On top of the carrier 1 , which is shown in Fig. At the edge of the absorbent material 4 and the support 1 is the liquid-filled blister 7 secured with hot melt adhesive strip 8 that it is located over the recess 2 of the carrier 1.

This surface of the absorbent material 4 contains the sample application zone 5 and the detection zone 6 of the analytical test element according to the invention.

Im Fall des bevorzugten analytischen Testelementes, das in Fig. In the case of the preferred analytical test element shown in Fig.

The blister 7 may not be mounted so as to prevent or in a liquid discharge recording liquid in the absorbent material 4 and transporting the liquid in the sample application zone 5 and detection zone 6 affected to a disturbing extent.

In the present example, the blister 7 with hot melt adhesive strip 8 is attached on three sides, so that upon bending of the carrier 1 of the blister 7 of the exposed tip 3 of the notch 2 can not escape.

To carry out an analyte to be examined sample material is applied to the sample application zone 5 of the absorbent material 4 to that shown in Fig.

When bending of the carrier 1 , as shown in cross section in Fig. The liquid is absorbed by the absorbent material 4 and is propagated there in the direction of the sample application zone 5.

In the present then there liquid medium a detection reaction takes place, which leads to a signal which is identical in with the sample application zone 5 detection zone 6 can be observed.

In a preferred embodiment, it will be a color signal which can be observed either from above or from below through the carrier 1 when the carrier 1 is adapted accordingly.

For observation through the support 1 of the carrier 1 must be either transparent or have an opening in the region of the detection zone 6 through which the absorbent material 4 in the region of the detection zone can be observed 6.

The necessary reagents for the detection reaction may be located either fully in or on the absorbent material 4 or they may be contained in the liquid of the blister 7.

It is of course also possible that parts of the detection reagent in the liquid of the blister 7 , other parts in or on the absorbent material 4.

A breakdown of the detection reagent is especially necessary when it comes to such reagent components that would each enter into a disturbing interaction in direct contact.

In this case, the absorbent material 4 is divided into different functional areas arranged side by side. The blister 7 directly adjacent to the sample application zone 5 , followed by a reagent zone 9 connects, in which there are the reagents required for the detection reaction.

The determination of the analyte takes place in the detection zone 6 which is disposed adjacent to the reagent zone 9 , so that the reagent 9 is disposed between the sample application zone 5 and detection zone 6.

Such an inventive analytical test element is particularly advantageously used when there is still some time to wait with the launch and implementation of the detection reaction by the sample application.

If there are in the sample application zone samples stabilizing substances, the sample long period of time can be stored after being applied to the sample application zone there before the detection reaction by bending of the carrier is started 1 and opening of the liquid-filled blister 7 and carried out.

For use in the invention analytical test elements, blister have been found to be particularly advantageous, their preparation in Fig.

Is made clearly showing characteristic intermediates 3 and 4. The manufacturing process is simple to perform and involves the welding shown in Fig.

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