The phrase "a multitude of experimental" is correct and usable in written English.
It can be used when referring to a large number of experimental items, studies, or approaches in a specific context, such as research or scientific discussions.
Example: "The researchers conducted a multitude of experimental trials to determine the effectiveness of the new drug."
Alternatives: "a variety of experimental" or "numerous experimental".
A multitude of experimental data has been presented to demonstrate the validity of the proposed model for a wide range of biases, temperatures and channel lengths.
The system's performance and ease of use can provide the means to create and enhance a multitude of experimental preparations previously not possible.
In this chapter, we describe how retrovirus/lentivirus vectors can be used to transfer and stably express genes or small interfering RNAs in mouse and human embryonic stem cells and their progeny, thereby allowing genetic gain‐of‐function or loss‐of‐function analysis and cell lineage selection in a multitude of experimental settings.
A multitude of experimental paradigms shows that prion diseases can be transmitted from one individual to another.
A multitude of experimental inflammation models have been examined to define the resolving outcomes of RvE1 treatment.
In the following years, tremendous efforts have been made in a multitude of experimental and clinical studies using EPC to stimulate blood vessel formation in ischemic conditions such as myocardial infarction and limb ischemia [ 13].
and covered a multitude of different experimental conditions (transfected/transduced, stimulated or treated cells, etc).
As a consequence, large population screenings in HIV-infected individuals will provide a multitude of genetic, clinical, and experimental parameters.
This technology enables the analysis of numerous proteins in a multitude of samples under standardised experimental conditions (Paweletz et al, 2001; Grubb et al, 2003).
When combined with secondary genetic, pharmacological, or behavioral manipulations and tailored to particular experimental contexts using suitable control algorithms, we envision the use of optogenetic feedback control in a multitude of experimental and clinical contexts requiring precise control of neuronal activity.
Here we show novel candidate housekeeping genes (e.g. RPS13, RPL27, RPS20 and OAZ1) with enhanced stability among a multitude of different cell types and varying experimental conditions.
