3 research outputs found
Development of a Device for Remote Monitoring of Heart Rate and Body Temperature
We present a new integrated, portable device to provide a convenient solution
for remote monitoring heart rate at the fingertip and body temperature using
Ethernet technology and widely spreading internet. Now a days, heart related
disease is rising. Most of the times in these cases, patients may not realize
their actual conditions and even it is a common fact that there are no doctors
by their side, especially in rural areas, but now a days most of the diseases
are curable if detected in time.
We have tried to make a system which may give information about one's
physical condition and help him or her to detect these deadly but curable
diseases. The system gives information of heart rate and body temperature
simultaneously acquired on the portable side in real time and transmits results
to web. In this system, the condition of heart and body temperature can be
monitored from remote places. Eventually, this device provides a low cost,
easily accessible human health monitor solution bridging the gaps between
patients and doctors
The Hooghly croaker, Panna heterolepis Trewavas, 1977: Identification through morphometric and meristic characteristics
As morphometric information for Hooghly croaker Panna heterolepis Trewavas, 1977 is absent in the most extensively accessed and world’s largest online database for fishes (FishBase); this study was undertaken to provide the complete informative description on morphometric relationships and meristic counts of various fin rays. A total of 200 individuals were sampled from the Bay of Bengal (Bangladesh) during July 2018 to June 2019, using several traditional fishing gears. Meristic counts were computed using a magnifying glass. Body weight (BW) and several length measurements were taken through an electronic balance and digital slide calipers for each individual. LWRs (Length-weight relationships) were calculated as: W = a×Lb. All LWRs and LLRs (length-length relationships) were found significant with r2 ≥ 0.919 (p < 0.0001) and 0.928 (p < 0.001), respectively. BW vs. TL and TL vs. SL were the best fitted models for LWRs and LLRs, respectively. Fin formula was: dorsal, D. 43–55 (VIII–X+i/34–44); pectoral, P. 15-17 (i/14–16); pelvic, Pv. 6 (I/5); anal, A. 7–10 (II/5–8); and caudal, C. 17–19 (ii/15–17). These results will a) make a vital contribution for species identification in the marine and coastal waters of Bangladesh and adjoining countries, and b) provide information for Fish Base
The Hooghly croaker, Panna heterolepis Trewavas, 1977: Identification through morphometric and meristic characteristics
502-506As morphometric information for Hooghly croaker
Panna heterolepis Trewavas, 1977 is absent in the most
extensively accessed and world’s largest online database for fishes
(FishBase); this study was undertaken to provide the complete
informative description on morphometric relationships and
meristic counts of various fin rays. A total of 200 individuals were
sampled from the Bay of Bengal (Bangladesh) during July 2018 to
June 2019, using several traditional fishing gears. Meristic counts
were computed using a magnifying glass. Body weight (BW) and
several length measurements were taken through an electronic
balance and digital slide calipers for each individual. LWRs
(Length-weight relationships) were calculated as: W = aĂ—Lb.
All LWRs and LLRs (length-length relationships) were found
significant with r2 ≥ 0.919 (p < 0.0001) and 0.928 (p < 0.001),
respectively. BW vs. TL and TL vs. SL were the best fitted
models for LWRs and LLRs, respectively. Fin formula was:
dorsal, D. 43–55 (VIII–X+i/34–44); pectoral, P. 15-17 (i/14–16);
pelvic, Pv. 6 (I/5); anal, A. 7–10 (II/5–8); and caudal, C. 17–19
(ii/15–17). These results will a) make a vital contribution for
species identification in the marine and coastal waters of
Bangladesh and adjoining countries, and b) provide information
for Fish Base