Sentence examples for subsequent deficiency from inspiring English sources

Excess minerals can damage plants either directly, causing stunting, deformities, or dieback, or indirectly by interfering with the absorption and use of other nutrients, resulting in subsequent deficiency symptoms.

This is likely because of the increased rate of G to A transition mutations caused by the silencing, and subsequent deficiency, of O-MGMT.

Caused by a silenced fragile X mental retardation 1 gene and the subsequent deficiency in fragile X mental retardation protein, patients with FXS experience a range of physical, behavioral, and intellectual debilitations.

Subsequent deficiency in the major obligatory brain fuels, glucose and oxygen, elicits a number of important neurochemical mechanisms (e.g. excitotoxicity, oxidative stress and inflammation) which can lead to irreversible brain damage.

Further investigations revealed exocrine pancreatic insufficiency with subsequent deficiencies of lipophilic vitamins and abnormal clotting parameters and hypothyroidism (Table S4).

During the perimenopausal period the hormonal insufficiency of ovaries with the subsequent estrogen deficiency leads to the absence of inhibition, targeted at hypothalamus and hypophysis, resulting in high plasma concentrations of FSH and LH as well as their periodic oscillations.

Intestinal blood loss and subsequent iron deficiency anemia in adults may also stem from ulcers, hemorrhoids, tumours, or chronic use of certain drugs such as aspirin.

"Menstrual cycles that last longer than a week, require changing a pad or tampon every one to two hours, or result in passing clots greater than the size of a quarter, could all be indicative of heavy menstrual bleeding, and subsequent iron deficiency anemia".

The subsequent intracellular deficiency of lysosomal enzymes results in the accumulation of non-degraded storage material in lysosomes (12).

The immune changes are reflected by the presence of islet cell antibodies (ICA) and antibodies to glutamic acid decarboxylase (GAD) [ 1] Type 2 diabetes most often develops in adults and is characterized by insulin resistance and subsequent insulin deficiency.

These results are consistent with CTR1 immunoblotting data, and cumulatively support the down-regulation of CTR1 as being a potential mechanism of impaired copper uptake and subsequent copper deficiency in diabetic LV.