Answer:
Tne most basic reason that cells ate stained is to enchance visualization of the cell or certain cellular components under a microscope.Cells may be also be stained to highlight metabotic processesor to differentiate between live and dead cells in a sample
hope it helps,and have a lucky day....
Carbon is a key element found in all carbohydrate, lipids, proteins and nucleic acids, which are all organic macromolecules.
The fundamental component of all these macromolecules is carbon. The carbon atom has the unique ability to form covalent bonds with as many as four different atoms, making it the best or ideal element to form the backbone or basic structural component of the macromolecules.
Carbon easily bonds with non - metallic elements and due to this, it is termed often as the building block of life.
Answer:
Es difícil salir del armario. El peor de los casos viene a tus pensamientos y luego no quieres hacerlo. Hay un par de cosas que debes hacer por ti mismo.
Necesitas sentir que eres tú
Deberías hablar con los padres sobre LGBTQ +, ver qué piensan sobre esa comunidad.
Vea si se siente seguro con sus padres y la información que les está dando
Tómate tu tiempo, saldrás cuando estés listo
Todo viene lento. La información es clave. La gente solo se asusta cuando no sabe qué son las cosas. Muestre su sentimiento, demuestre que duele. Ten paciencia con tus padres y tu familia. Y no salgas si no te sientes seguro. Buena suerte, puedes hacerlo.
Explanation:
The correct answer to the question above is Germination. An extreme environmental condition such as heat and cold may affect the timing of a mature seed's germination. Germination is a biological process in which the seeds are outgrowing into a plant.
Answer:
This binding causes a conformational change in the receptor which enters into the nucleus and binds DNA to activate transcription
Explanation:
Testosterone is a steroid hormone responsible for inducing protein synthesis and growth of tissues with androgen receptors. Testosterone receptors, also known as androgen receptors, are a class of nuclear receptors activated by binding androgenic hormones (e.g. testosterone) in the cytoplasm, whose binding induces a conformational change of the receptors that are subsequently translocated to the nucleus. Within the cell nucleus, these activated receptors form homodimers that bind DNA in order to promote the transcription of target genes capable of regulating cell growth, cell cycle progression and survival.
