Sentence examples for further increasing up from inspiring English sources

Total SL production increased with the increasing yeast extract concentration under 0.15 % and decreased with further increasing up to 0.30 %.

From the sixth to tenth generations without immediate treatment to pupae, the proportion of the outward type (defined as modification rate, MR) suddenly increased to 30-50% and appeared to be further increasing up until the tenth generation, although the degree of modifications in a given individual was not very severe even in the tenth generation.

After the first week, already 81% of the test persons felt an improvement of their complaints, further increasing up to 90.5% after week 2 and 92.9% after weeks 3 and 4. A more detailed view on the results of the evaluation of single complaints (excoriation, burning, stinging and itching, roughness, swelling, and itching) revealed an ongoing decline of all complaints.

Increasing the hydrophobic monomer (FAD) content up to 50 wt% in the copolymer resulted in longer erosion, whereas further increases up to 70wtt% decreased the erosion period.

These polyimides were semi-conductors with conductivities around 10−8 ohm−1 cm−1 and their conductivities could be further increased up to 10−7 ohm−1 cm−1 by I2-doping.

The specific capacitance further increases up to 20.5 mF cm−2, which is 43.4% higher than reduced ones with selectively retention of "nanograss" by ultrasonic treatment.

However, when the C content was further increased up to 42.0 at.%, the hardness, cohesive and adhesive strength were decreased due to the formation of amorphous structure.

The IL-8 secretion rapidly increased between 15 min and 1 to 3 h, when it either reached a plateau (HCT-8) or further increased up to 24 h (Caco-2, HT-29 cells) (Fig. 8a).

The ent-kaurene production was further increased up to 179.6 mg/L by overexpression of the three key enzymes for isoprenoid precursor, 1-deoxyxylulose-5-phosphate synthase (DXS), farnesyl diphosphate synthase (IspA) and isopentenyl diphosphate isomerase (IDI) from E. coli.

A good thermal stability is shown by the engineered enzyme, with a Tm of 42°C after 30 min incubation; this stability can be further increased up to a value of 63°C by matrix immobilization.

The capacitance was further increased up to 128 mF cm−2 for 36.4 at% nickel-containing nickel oxide titania/titanium electrode when a porous graphite carbon instead of a platinum sheet was used as a cathode.