Reproduction for dolphins and badgers and people is more complicated because

Biology

2 answers:

Xelga [282]2 years ago

7 0

Answer:

B. have to find a partner

Explanation:

When two badgers get together and fall in love, a sperm cell from the father which contains a copy of half of his DNA, only half, combines with the egg cell of the mother, which contains half a copy of her DNA. The result is a brand new cell with all the information to divide and grow up into a brand new badger. The new child matures to be similar to our parents, but also unique, because she developed some traits from her mother’s DNA, and some from her father. Her new combination of traits can be passed on to her children, and again.

kupik [55]2 years ago

4 0

Answer:

C. go through the cellular process of MITOSIS to produce sex cells.

Explanation:

Why?

A. You Don't need a license to produce an organism.

B. You can produce without a partner on which is called Asexual reproduction.

C. Every living thing needs to go through MITOSIS to produce sex cells to create an organism.

Thank you!! ^^

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Discuss the types of analysis that were important in the camarena case

GREYUIT [131]

Answer:

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8 0

2 years ago

Match the following terms and definitions.

nlexa [21]

Answer:

1. Oblong cells with unevenly thickened walls for support in young stems →

Collenchyma .

2. a waxy substance covering most surface areas of plants; helps to retain water → Cuticle.

3. The youthful, undifferentiated cells of root and shoot tips and other plant parts that produce new cells for growth → Meristem .

4. The most common plant cell, found in practically all parts of the plant body; important for food production, food storage, lateral transport, and other life processes; an almost round cell in some tissues → Parenchyma .

5. Dermal layer made of dead cork cells → Periderm .

6. Tiny holes in a cell wall which allow the passage of chemicals between cells → Plasmodesmata.

Explanation:

This all refers to tissues found in plant organisms.

In plants, the colenchyma is a supporting tissue, composed mainly of elongated, irregularly walled living cells with a large amount of cellulose. Their composition and the way they are arranged - with longitudinal interlacing - give the tissue strength and resistance. It represents one of the three basic tissues of plants.
Cuticles of plant tissue are formed by an oily secretion from the epidermal cells, forming a waxy, impermeable and protective layer, which prevents the entry of foreign organisms and reduces the loss of water from the plant. The cuticles are mainly composed of cutin molecules associated with wax.
Meristematic tissue represents a group of undifferentiated cells with great capacity to multiply, differentiate and provide growth and development to a plant. It is a tissue with unlimited growth capacity, which allows the plant to always replace the damaged tissue and grow indefinitely.
Parenchyma of plant organisms are tissues that are found in most of these organisms, allowing multiple functions, such as the drying of substances, storage and photosynthesis. The parenchyma is generally formed by thin-walled living cells that can adapt to any vital function of plants.
Periderm constitutes the outer coating of a plant or bark, functionally replacing the epidermis. This tissue is located after the secondary phloem, and is composed of cork, specifically phellem, phellogen and phelloderm.
Plasmodesmata are a type of microscopic channel that crosses the plant wall, being a link for intercellular communication, as well as the transport of nutrients.