1. A method for identifying an antibody pair that selectively interacts with a target C-reactive protein in a test sample comprising:
(a) screening a series of antibody preparations that may react with the target C-reactive protein to identify at least two antibody preparations with high affinity for the target C-reactive protein, thereby generating at least one first high affinity antibody preparation and at least one second high affinity antibody preparation;
(b) immobilizing the first high affinity antibody preparation on a substrate, to generate a first immobilized high antibody preparation;
(c) measuring the cross-reactivity of the first immobilized high affinity antibody preparation with the second high affinity antibody preparation to obtain an antibody-antibody cross-reactivity value (C);
(d) measuring the affinity of the first immobilized high affinity antibody preparation and the second high affinity antibody preparation for the target C-reactive protein to obtain a ternary affinity value (A) by observing formation of a ternary sandwich complex formed between the first immobilized high affinity antibody preparation, the target C-reactive protein, and the second high affinity antibody preparation;
(e) determining the percent specific activity for formation of the ternary sandwich complex using the following formula:
100\xd7(A\u2212C)A=% specific activity; wherein
the first and the second high affinity antibody preparations are selected for an antibody pair that selectively interacts with the target C-reactive protein when the percent specific activity of the ternary sandwich complex is greater than 40%.
2. The method of claim 1, further comprising attaching a detection label to one of the antibody preparations.
3. The method of claim 2, wherein the detection label is an enzyme tag.
4. The method of claim 1, wherein the percent specific activity of the ternary sandwich complex is greater than 50%.
5. The method of claim 1, wherein the percent specific activity of the ternary sandwich complex is greater than 65%.
6. The method of claim 1, wherein the percent specific activity of the ternary sandwich complex is greater than 90%.
7. The method of claim 1, wherein the test sample comprises a mammalian biological fluid.
8. The method of claim 1, wherein the test sample comprises a mammalian serum sample.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A partition wall configured to separate cabin areas of an aeroplane, wherein the partition wall has a sandwich-type planar structure, and wherein the partition wall comprises:
a multiplicity of defined zones,
holding fixtures selectively positioned in a desired configuration in each of the defined zones to connect accessories to the partition wall,
the planar structure being dimensioned and provided with sufficient holding fixtures to allow for a maximum number of accessories to be connected for the dimension of the planar structure,
wherein the planar structure has a core having at least one folded cell-type sheet with a multiplicity of ventilation passages, the ventilation passages being open at least at one end to an open border region of the partition wall.
2. The partition wall in accordance with claim 1, wherein said accessories comprise at least one from a group comprised of a TV monitor flat screen, a baby carrier and a newspaper rack.
3. The partition wall in accordance with claim 1, wherein the zones are arranged on both a front side and a back side of the partition wall.
4. The partition wall in accordance with claim 1, wherein the zones are individualized for purposes of connecting in each case a particular group of accessories.
5. The partition wall in accordance with claim 4, wherein the zones of one particular group are arranged next to one another in a transverse direction.
6. The partition wall in accordance with claim 5, wherein the zones of one particular group are spaced apart from one another and the respective accessories can be connected across a plurality of zones.
7. The partition wall in accordance with claim 1, wherein at least one stiffener with a hollow profile is integrated into the planar structure.
8. The partition wall in accordance with claim 7, wherein the stiffener extends alongside at least some zones.
9. The partition wall in accordance with claim 7, wherein the stiffener is arranged with a section in a region of a foot attachment section for purposes of attaching the planar structure to a floor.
10. The partition wall in accordance with claim 7, wherein the stiffener is open in a region of the zones.
11. An aeroplane with a multiplicity of partition walls configured to separate cabin areas of an aeroplane, wherein each partition wall has a sandwich-type planar structure, and wherein each partition wall comprises:
a multiplicity of defined zones,
holding fixtures selectively positioned in a desired configuration in each of the defined zones to connect accessories to the partition wall,
the planar structure being dimensioned and provided with sufficient holding fixtures to allow for a maximum number of accessories to be connected for the dimension of the planar structure,
wherein the planar structure has a core having at least one folded cell-type sheet with a multiplicity of ventilation passages, the ventilation passages being open at least at one end to an open border region of the partition wall.