- •KAzan federal univeRsIty Essential English for Biology Students kazan
- •The Content
- •Init IV. Inheritance 67
- •Unit I. What is biology?
- •Text 1.1 The Characteristics Of Life
- •I. Quick check
- •III. Use monolingual English dictionary and write down what could
- •IV. Find English equivalents to the following word combinations:
- •VII. Answer the following questions. Use all information given before:
- •IX. Read and translate the short text without any dictionary:
- •X. Food for thought:
- •XI. Translate into English using all the active possible:
- •Text 1.2. What Do Biologists Do?
- •I. Quick check
- •II. Find synonyms among the pool of words:
- •IV. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Read and translate the short text without any dictionary.
- •IX. Food for thought.
- •X. Traslate into English using all the active possible
- •XI. Prepare a short presentation to answer the question:
- •XII. Write a letter to your tutor telling him or her which areas of Biology you would like to specialize in and why. Use these notes to help you.
- •XIII. Prepare a short presentation to answer the question:
- •Unit II. Сell
- •Text 2.1 Cell Theory
- •A typical animal cell
- •A typical plant cell
- •I. Quick check
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •VI. Give Russian equivalents to the following English terms:
- •VII. Find synonyms among the pool of words:
- •VIII. Answer the following questions. Use all information given before:
- •X. Read and translate the short text without any dictionary:
- •Text 2.2. Introduction To Cell Division
- •Chromosomes form homologous pairs
- •I. Quick check:
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Answer the following questions. Use all information given before.
- •X. Read and translate the short text without any dictionary:
- •Text 2.3. Microscopes
- •Magnification and resolution
- •The transmission electron microscope
- •The scanning electron microscope
- •I. Quick check
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Answer the following questions. Use all information given before:
- •IX. Match the sentence halves. Make complete centences:
- •X. Read and translate the short text without any dictionary:
- •XI. Food for thought:
- •Unit III. Molecular biology of the gene
- •Text 3.1. Dna Structure
- •In summary
- •I. Quick check
- •II. Fill in the missing words:
- •III. Use a monolingual English dictionary and give the definitions of the words below:
- •IV. Find English equivalents to the following word combinations:
- •V. Suggest Russian equivalents for the following word combinations
- •VI. Fill in the gaps with the words and expressions from the text:
- •VII. Answer the following questions. Use all information given before.
- •VIII. Read and translate the short text without any dictionary:
- •IX. Food for thought:
- •X.Translate into English using all the active possible:
- •Text 3.2 Chromosomes
- •V. Answer the following questions. Use all information given before:
- •VI. Read and translate the short text without a dictionary:
- •VII. Food for thought:
- •VIII. Translate into English using all the active possible:
- •IX. Use a monolingual English dictionary and write down what could the words given below mean:
- •X. Read the text and render it in English:
- •XI. Prepare a short presentation reflecting the following issues:
- •Init IV. Inheritance
- •Text 4.1. Variation
- •I.Quick check
- •II. Using a monolingual English dictionary define the following genetic terms:
- •IV. Fill in the gaps with the words and expressions from the text:
- •V. Find English equivalents to the following word combinations:
- •VI. Answer the following questions. Use all information given before.
- •VII. Read and translate the short text without any dictionary:
- •VIII. Food for thought:
- •IX.Translate into English using all the active possible:
- •X. Meet essential targets reflecting the following issues:
- •Text 4.2. Down's Syndrome And Genetic Screening
- •Down's syndrome: trisomy 21
- •V. Fill in the gaps with the words and expressions from the text:
- •VII. Answer the following questions. Use all information given before.
- •VIII. Read and translate the short text without any dictionary:
- •X. Translate into English using all the active possible:
- •XI. Meet essential targets reflecting the following issues:
- •Unit V. Nervous and hormonal coordination
- •Text 5.1. Nerves And Hormones
- •I. Quick check
- •II. Using monolingual English dictionary write down what the words below mean:
- •V. Translate into English using all the active possible:
- •VI. Fill in the gaps with the words and expressions from the text:
- •VII. Answer the following questions. Use all information given before.
- •VIII. Find English equivalents to the following word combinations and make up sentences with them:
- •IX. Read and translate the short text without any dictionary
- •X. Food for thought.
- •XI. Prepare a short presentation on 2 or 3 glands reflecting the following issues:
- •Text 5.2. Setting up a nerve impulse
- •Investigating nerve impulses
- •Ion channels and action potentials
- •I. Quick check
- •II. Using monolingual English dictionary write down what the words below mean:
- •V. Answer the following questions. Use all information given before:
- •VI. Translate into English using all the active possible:
- •VIII. Read and translate the short text without any dictionary
- •I. Quick check:
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Answer the following questions. Use all information given before:
- •X. Read and translate the short text without any dictionary:
- •XI. Food for thought:
- •Text 6.2. Natural Selection
- •I. Quick check
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Answer the following questions. Use all information given before:
- •X. Read and translate the short text without any dictionary:
- •XI. Food for thought:
- •Text 6.3. Artificial Selection
- •I. Quick check:
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Answer the following questions. Use all information given before:
- •X. Read and translate the short text without any dictionary:
- •XI. Food for thought:
- •Text 6.4. Human Evolution: Primate Ancestors
- •I. Quick check:
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •IV. Match these words with their definitions:
- •V. Find English equivalents to the following word combinations:
- •VI. Give Russian equivalents to the following English terms:
- •VII. Find synonyms among the pool of words:
- •VIII. Answer the following questions. Use all information given before:
- •IX. Match the sentence halves. Make complete sentences:
- •X. Read and translate the short text without any dictionary:
- •XI. Food for thought:
- •Unit VII. Photosynthesis
- •Text 7.1. Photosynthesis: An Overview
- •I. Quick check:
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Answer the following questions. Use all information given before:
- •X. Read and translate the short text without any dictionary:
- •XI. Food for thought:
- •Text 7.2 Factors Affecting The Rate Of Photosynthesis
- •I. Quick check:
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Answer the following questions. Use all information given before:
- •X. Read and translate the short text without any dictionary:
- •XI. Food for thought:
- •Text 7.3. Photosynthesis In Different Climates
- •I. Quick check
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Answer the following questions. Use all information given before:
- •X. Read and translate the short text without any dictionary:
- •XI. Food for thought:
- •Unit VIII. Structure and transport in plants
- •Text 8.1 The Leaf
- •I. Quick check
- •II. Use monolingual English dictionary and write down what could the words given below mean:
- •VIII. Match the sentence halves. Make complete sentences.
- •IX. Answer the following questions. Use all information given before.
- •X. Read and translate the short text without any dictionary.
- •XI. Food for thought
- •XII. Translate into English using all the active possible.
- •Text 8.2. The Stem
- •I. Quick check
- •III. Use monolingual English dictionary and write down what could the words given below mean:
- •IV. Find English equivalents to the following word combinations:
- •VII. Answer the following questions. Use all information given before:
- •IX. Read and translate the short text without any dictionary:
- •X. Food for thought:
- •XI. Translate into English using all the active possible.
- •Supplementary reading Texts for Reading, Retelling and Discussing
- •Extract from a lecture about immunization
- •Quick check:
- •Griffith's experiment: transformation of pneumococci.
- •Quick check:
- •Quick check:
- •Quick check:
- •Suggested Answers and Solutions
- •Glossary of Biological Terms
- •Appendices
- •Book Presentation (Useful Language)
- •Phrases to Be Used in Discussion
- •References – Список использованной литературы
- •Web – Resources and Support Web links to some useful and helpful resources:
VIII. Answer the following questions. Use all information given before:
How long have humans been breeding animals and plants selectively to produce specific desirable qualities?
2. What does selective breeding mean?
3. What type of natural selection is artificial selection similar to?
4. Describe how wheat cultivation began.
5. What does inbreeding involve?
6. Why is inbreeding carried out?
7. What does outbreeding involve?
8. How is the offspring from outbreeding called?
9. What is called hybrid vigour?
IX. Match the sentence halves. Make complete sentences:
|
1. |
Artificial selection is therefore similar to directional selection, in that selection pressure brings about |
A. |
to try and retain the desirable characters in future generations. |
|
2. |
In selective breeding, particular individuals are chosen and allowed |
B. |
closely related individuals which by chance, possess some desirable character. |
|
3. |
Inbreeding involves breeding between |
C. |
crossing individuals from genetically distinct strains. |
|
4. |
Inbreeding is carried out |
D. |
to breed, whereas others are prevented from breeding. |
|
5. |
Outbreeding involves |
E. |
a gradual change in the genotype of a group of organisms. |
|
6. |
If the parental stocks are pure breeding, |
F. |
the vigour decreases as the plant become more homozygous again. |
|
7. |
If the descendants of F1 hybrids are continually inbred, |
G. |
on the availability of genetically distinct animals and plants. |
|
8. |
Outbreeding depends |
H. |
the offspring are called F1 hybrids. |
X. Read and translate the short text without any dictionary:
Fact of life:
With the advent of genetic engineering. Artificial selection has entered a new phase. It is now possible to breed clones of cattle and sheep which have genes for producing specific human proteins. What is more, nuclei of two different species can be combined to form a completely new type of animal. In this way, a hybrid that combines the characters of a sheep and a goat has been formed: this new species has been dubbed a “geep” by the popular press. Plants can also genetically engineered to incorporate characters of a number of different species, for example, potatoes with a high starch content and high productivity can be genetically engineered to produce the beta-carotene of green vegetables and the vitamins of citrus fruits. One day it might be possible to design foods on a computer by choosing characteristics from a palette of tastes, colours, textures, and nutrients.
XI. Food for thought:
The dog is thought to have been the first domesticated animal. For at least 12 000 years, it has been subjected to artificial selection. Dogs have been bred to do specific types of work (for example, Labrador retrievers for retrieving fishing gear, Old English sheepdogs for rounding up sheep, and poodles for retrieving ducks) or for show. Suggest why pedigree dogs bred for show tend to have more genetic disorders than mongrels and cross-breeds (for example, highly inbred pedigree Labradors often have hip problems, St Bernards suffer eye problems, and Pekineses pften have respiratory problems).