Examples :
plant produce flower and seed , etc
Development occurs through a combination of genetic instructions and environmental influences. It involves complex processes of cell division, differentiation, and growth to form specialized tissues and organs. It is a continuous and dynamic process that results in the formation and maturation of an organism.
Growth refers to the physical changes that occur in an organism, such as increase in size or number of cells. Development is a broader concept that includes growth but also encompasses changes in structure, function, behavior, and abilities. Growth is more quantitative, while development is more qualitative and involves maturation and differentiation.
This means that there are general patterns or milestones that most individuals go through as they grow and develop, but each person's specific experiences are influenced by their own genetic and environmental factors, making their growth and development unique to them.
The organism in its early stages of development before it has reached a distinctively recognizable form is called an embryo. The embryo undergoes various stages of growth and differentiation before it develops into a more recognizable form of the organism.
The social, physical, psychological, and cognitive areas of development are interconnected and influence each other. For example, physical development can impact psychological development, which in turn affects social behavior. Cognitive development enables individuals to understand and navigate social interactions, while social experiences can stimulate cognitive growth. Overall, growth and changes in one area of development can affect and be affected by growth in other areas.
fertilization, cleavage, differentiation,growth
An example of embryology is the study of how a fertilized egg develops into a fully formed organism, such as a human fetus. This field of biology examines the processes of cell division, differentiation, and growth that occur during embryonic development.
evolution
fertilization-cleavage-differentiation-growth
Development occurs through a combination of genetic instructions and environmental influences. It involves complex processes of cell division, differentiation, and growth to form specialized tissues and organs. It is a continuous and dynamic process that results in the formation and maturation of an organism.
Dysplasia is an non-definitive term used when describing diseases. It refers to abnormal development or rare growth and differentiation in cells.
An embryo is the early stage of development of a multicellular organism, specifically before it becomes a fetus. It is formed from the union of sperm and egg during fertilization and goes through various stages of growth and differentiation.
Growth refers to the physical changes that occur in an organism, such as increase in size or number of cells. Development is a broader concept that includes growth but also encompasses changes in structure, function, behavior, and abilities. Growth is more quantitative, while development is more qualitative and involves maturation and differentiation.
Single-celled organisms grow by increasing in size and dividing into two daughter cells through binary fission. Multicellular organisms grow by increasing in cell number and size through cell division and differentiation, leading to the development of specialized tissues and organs.
Yes, a zygote undergoes mitosis during the development of the embryo. After fertilization, the zygote divides through a series of mitotic divisions, leading to the formation of a multicellular structure known as a blastocyst. This process of cell division is essential for the growth and development of the embryo as it establishes the foundation for further differentiation and organ development.
An organizer substance is a molecule or structure that regulates development by influencing the pattern of cell differentiation. An inducer substance is a molecule that promotes a specific developmental process by initiating cellular responses in surrounding cells. Both are important in controlling the growth and differentiation of cells during development.
G Goldspink has written: 'Differentiation and growth of cells in vertebrate tissues' -- subject(s): Growth, Cell differentiation