Adjectives For Proteins
Discover the most popular adjectives for describing proteins, complete with example sentences to guide your usage.
Updated on March 16, 2024
Proteins, the building blocks of life, interact with a multitude of other molecules, and the adjectives used to describe them—such as other, binding, specific, different, structural, and several—highlight their complex roles and versatility. Describing proteins with these adjectives not only categorizes their myriad functions but also captures the nuanced relationships they have within biological systems. For example, 'binding proteins' play crucial roles in cellular signaling, while 'structural proteins' ensure the integrity of cellular and tissue architecture. Each adjective opens a new window into understanding the multifaceted nature of proteins and their critical importance in life processes. Delve into our comprehensive list below to explore the full spectrum of adjectives that bring to life the diverse and essential world of proteins.
| other | Other proteins were also found in the sample. |
| binding | The binding proteins have a high affinity for the target receptors. |
| specific | The researchers found that specific proteins were responsible for the development of the disease. |
| different | Foods contain different proteins |
| structural | Structural proteins form the extracellular matrix and cytoskeleton of cells. |
| several | Several proteins were found to be upregulated in the treated group. |
| soluble | The proteins he found are soluble proteins |
| regulatory | Regulatory proteins are proteins that control the expression of other proteins. |
| various | The wide range of various proteins in the human body is responsible for many functions. |
| certain | Insufficient physical activity can cause insulin resistance, making cells less responsive to certain proteins that regulate glucose entry into cells. |
| cellular | Cellular proteins are the building blocks of cells. |
| associated | Associated proteins were isolated and examined. |
| viral | Viral proteins are expressed in infected cells and can be used as targets for antiviral drugs. |
| nuclear | Nuclear proteins are localized to the nucleus of the cell. |
| most | Most proteins are composed of amino acids. |
| globular | Globular proteins are typically spherical in shape and contain a hydrophobic core surrounded by a hydrophilic shell. |
| integral | Integral proteins are embedded in the lipid bilayer of cell membranes. |
| ribosomal | Ribosomal proteins are essential for ribosome assembly and function |
| contractile | Numerous contractile proteins are found within skeletal muscle. |
| related | |
| basic | These basic proteins are water soluble and can be extracted by a mixture of organic solvents. |
| major | The most abundant major proteins in the lens are crystallins. |
| foreign | The foreign proteins were found to be the cause of the allergic reaction. |
| individual | The cell is composed of individual proteins each of which has a specific function. |
| extracellular | The extracellular proteins play a crucial role in cell adhesion, communication, and signaling. |
| intracellular | Intracellular proteins are located within cells, specifically within the cytoplasm, nucleus, endoplasmic reticulum, and golgi apparatus. |
| like | Their diets are plant-based, like proteins |
| bacterial | Bacterial proteins are used for a variety of purposes, including nutrient acquisition, motility, and host interaction. |
| cytoplasmic | Cytoplasmic proteins are proteins that are found in the cytoplasm of a cell. |
| cytoskeletal | Cytoskeletal proteins are responsible for maintaining the shape and structure of cells. |
| fibrous | Fibrous proteins such as collagen and keratin, provide structural support and strength to tissues. |
| native | The native proteins in the cells were denatured by the heat. |
| secretory | Secretory proteins are synthesised on the rough endoplasmic reticulum. |
| containing | |
| molecular | The molecular proteins in the cell are responsible for many important functions. |
| secreted | "Secreted proteins" are polypeptides released from living cells. |
| outer | The outer proteins of the cell membrane are embedded in the lipid bilayer. |
| mitochondrial | Mitochondrial proteins are essential for oxidative phosphorylation and ATP synthesis. |
| abnormal | Abnormal proteins can accumulate in the brain and cause neurodegenerative disorders. |
| bound | There are three major classes of bound proteins |
| mutant | Scientists are studying the effects of mutant proteins on cell growth. |
| acidic | Acidic proteins are proteins that have an acidic pH. |
| complex | You need complex proteins to live a healthy life. |
| encoded | The researchers studied the function of the encoded proteins |
| homologous | The homologous proteins have the same structure and function. |
| purified | Research on purified proteins and their complexes can uncover new biological insights. |
| nonhistone | Nonhistone proteins do not form nucleosome core particles, but rather associate with the histone octamer. |
| dietary | Dietary proteins are essential for maintaining a healthy weight, building and repairing tissues, and making enzymes and hormones. |
| conjugated | Conjugated proteins consist of a protein moiety and a prosthetic group. |
| distinct | The analysis revealed the presence of distinct proteins |
| acute | The acute proteins were found to be elevated in the serum of patients with sepsis. |
| functional | The functional proteins are responsible for the cell's metabolism. |
| multiple | Multiple proteins were found in the sample. |
| peripheral | Peripheral proteins regulate the flow of ions, molecules, and signals into and out of the cell. |
| accessory | The helicase enzyme also requires several accessory proteins to function properly. |
| rich | The dish was bursting with rich proteins and fresh vegetables. |
| heterologous | The development of antibody drugs that can recognize heterologous proteins is highly realistic |
| dependent | The dependent proteins were expressed in a tissue-specific manner. |
| shock | Heat shock proteins help plants to tolerate extreme temperatures. |
| endogenous | The endogenous proteins in the cell are responsible for many important functions. |
| cytosolic | Cytosolic proteins are translated in the cytoplasm and often do not contain transmembrane domains. |
| morphogenetic | Morphogenetic proteins play a vital role in the development and maintenance of the body. |
| fluorescent | Scientists study fluorescent proteins to understand how they work. |
| mammalian | Mammalian proteins typically have more cysteine residues than do their prokaryotic counterparts. |
| stress | Stress proteins are important for protecting cells from damage. |
| denatured | The denatured proteins were unable to function properly. |
| therapeutic | The pharmaceutical industry develops therapeutic proteins to treat numerous diseases. |
| abundant | |
| insoluble | The insoluble proteins were found to be highly glycosylated. |
| animal | Animal proteins are essential for a healthy diet. |
| novel | Researchers are developing novel proteins that could be used to treat a variety of diseases. |
| nonstructural | Viral nonstructural proteins play an important role in evading host immunity. |
| intermediate | Intermediate proteins such as keratin, are responsible for the structural integrity of cells. |
| heterotrimeric | Heterotrimeric proteins are membrane-associated proteins that consist of three subunits. |
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