The phrase "as a further modification" is correct and usable in written English.
It can be used when introducing an additional change or adjustment to something that has already been modified or discussed.
Example: "As a further modification, we will also adjust the timeline to accommodate the new requirements."
Alternatives: "as an additional change" or "as an extra adjustment".
The estimated mean standing diversity at the 1-Ma-scale as depicted in Figure 2f reflects a further modification of the pattern of anomodont diversity throughout the Permian and Triassic.
We have updated our GSDS to version 2.0, which supports more types of features and feature describing formats, as well as further modification on the generated figures.
Other liposome-based strategies include constructs designed to be taken up by tumor cells, as well as further modifications to allow triggered drug release.
The paper by Dang, Ruder, Schober and Gerstacker [8], "MMSE Beamforming for SC-FDMA Transmission over MIMO ISI Channels", derives minimum mean squared error beamforming strategies for multi-antenna reception, as well as further modifications to reduce the transmitted peak to average power ratios.
These previous anisotropies were linked to the sutures and rheological contrasts generated during the collision of terranes against the southwestern margin of Gondwana during the Paleozoic, as well as further modifications of the thermo-mechanical state of the lithosphere during the Late Paleozoic to Early Mesozoic evolution.
As a further step, modification of these habitats may theoretically enable the degree of hybridisation in the population to be managed.
Its application produced useful insights for the organisation, as well as pointers for further modification of our research approach.
Briefly, poly l-lysine) HBr (poly l-lysinea; Sigma-AldricHBr hyaluronan (HA, 200 kDa; Lifecore), and dextran sulfate sodium salt (20 kDa; Sigma-Aldrich) were used as-received without further modification.
The platinum-supported manganese dioxide electrode shows the good anodic characteristics with a relatively low overvoltage for oxygen evolution while the use of the titanium-supported one as an anode needs further modification to reduce its high resistivity resulting from the thick film of titanium dioxide in spite of good adhesion of the oxide film with the titanium substrate.
The biotransformations reported here give access to novel flavonoid derivatives that may be applied for biological screens as well as for further modification, such as glycodiversification.
