Lewis Farming Co

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Plant Tissues 01 Introduction & Meristematic Tissues.

For more details please visit http://www.digiclass.co.in

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QUANTITATIVE TRAITS
Most phenotypic traits in plants and animals are affected by many genes (size, weight, shape, lifespan, physiological traits, fecundity). Often, it is not feasible to determine the number of genes affecting a particular trait, and the individual effects of genes on the phenotype. Many of these traits can be measured on a quantitative, rather than a qualitative, scale. This is where the terms quantitative trait and quantitative genetics come from.
Quantitative traits:
1. Have continuous distributions, not discrete classes
2. Are usually affected by many genes (polygenic)
3. Are also affected by environmental factors
EXAMPLE: COLOR OF WHEAT KERNELS
This trait is determined by two genes that contribute “doses” of red pigment, and display partial dominance (heterozygotes intermediate). Each allele with the subscript “1” contributes 1 dose of red pigment. This trait demonstrates additive effects among different alleles at a single locus, and among alleles at different genetic loci. Genes with subscript “2 ” don’t contribute any red pigment.
Polygenic inheritance refers to inheritance of a phenotypic characteristic (trait) that is attributable to two or more genes and can be measured quantitatively. Multifactorial inheritance refers to polygenic inheritance that also includes interactions with the environment. Unlike monogenic traits, polygenic traits do not follow patterns of Mendelian inheritance (separated traits). Instead, their phenotypes typically vary along a continuous gradient depicted by a bell curve.
An example of a polygenic trait is human skin color variation. Several genes factor into determining a person’s natural skin color, so modifying only one of those genes can change skin color slightly or in some cases, such as for SLC24A5, moderately. Many disorders with genetic components are polygenic, including autism, cancer, diabetes and numerous others. Most phenotypic characteristics are the result of the interaction of multiple genes.

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INVEST IN THE SOUTH WEST

The Peach Hill
Location: Corner Shamrock & Haynesdale Road, Frankland River, Western Australia, Postal Code 6396
Market Value: 2008 A$ 3,375.000.00 any offer over A,000.000.00 will be considered.
(Grant Solomon, Licensed Valuer No.404, Albany, Western Australia)
Registered Owner: Gregory John Peake
Land Title: TL 263177 Registered March 9, 2010 Volume: 1778;Folio 957 Multi-Lot Title (12 Lots)
Total Land Area: 721.8858 Ha = +-1887
PROPERTY OVERALL DESCRIPTION
One of the best Farm on the district. The residence is estimated to be excess of above 100 years old & is covered an area of 111.50 sq meters, w/ 2 bedrooms & sleep out room off the verandah. Broadband Internet connection were installed & 2 water tanks for home use. The house in general is livable. Shearing shed covers a gross building area of 251.20 sq meters located close to the shearing shed is 45,000 liters concrete rain water tank. Attached of shearing shed is a lean-to machinery shed section. The property is divided into 17 paddocks w/ fencing comprising bush timber post w/ ring lock and barbed wires. There are approximately 15 water earth tanks on the property ranging in size from 1,000cum — 2,000cum. Water supply as inspected in Nov.2010 appeared to be fair. Pasture across the property to be generally good with clover and natural grasses. Soils over the property generally comprise gravel sandy loams, medium heavy dry loams w/ some sandy gravel. Natural vegetation of the property includes Redgum &Jarrah trees . The property is generally well cleared & pastured. Of the land area some 1,500acres is cleared & cropable, some 100acres is partially cleared & remaining uncleared.
Products: Sheep, Canola, Barley, Oats & Wheat.
Current Status: On-leased agreement but will expire Febraury 2012.
Please contact: mobile +61418111771
email:
gregpeake11@gmail.com monicaleyes11@gmail.com