Sentence examples for I respiratory from inspiring English sources

Practically, the following information for each R wave is obtained: index number i, R time R i, index number of corresponding respiratory cycle j i, phase of respiration φ i, preceding RR interval RR i, respiratory cycle duration II j, and instantaneous frequency ratio q i = II j / RR i.

The secondary objectives are to: Assess whether serial changes in global lung ventilation and perfusion as demonstrated on PFTs are related to regional lung ventilation and perfusion changes as demonstrated on V/ QPET/CT Describe the quality of the co-registration of V/ QPET/CT with i) respiratory attenuated concurrent 4DCT or with ii) conventional CT alone.

Major mortality reductions occurred for cancers of (i) respiratory and intrathoracic organs, mainly bronchus and lung, (ii) GU organs, cervical and testicular cancer in particular, and (iii) HL; whereas cancers of digestive organs, soft tissue, and CNS showed lower decreases in rates and less favourable incidence to mortality ratios.

Exclusion criteria were: current self-reported (i) respiratory health problems or physical health problems, (ii) pregnancy or the risk of being pregnant, (iii) clinically diagnosed learning impairments, (iv) clinically diagnosed schizophrenia/psychosis or substance abuse problems, and (v) illicit drug use other than cannabis more than once a week.

Sublingual immunotherapy (SLIT) is established as a safe and efficacious treatment for patients with type I respiratory allergies.

In order to reach this goal, effects of dietary protein level on energetic balance were recorded by ingestion rate (I), respiratory rate (R) and biomass production of L. vannamei during its growing process (P).

Is this respiratory?" I couldn't take this anymore.

These were obtained for five childhood illnesses (i. respiratory infection; ii. diarrhoea and/or vomiting; iii. ear infection; iv. scabies with or without skin infection (includes boils); and vi.

Curiously, knockdown of the NDUFB5 homologue (C25H3.9) results in significantly increased complex I-dependent respiratory capacity.

These data extend our previously reported correlation between complex I-dependent respiratory capacity and anesthetic sensitivity [13].

Among the two in silico-predicted homologues to human subunit NDUFA2, neither significantly alters complex I-dependent respiratory capacity.