Quirino Hill Geography

Quirino Hill is situated on the north of Baguio City and is about 2.5 km from the heart of the city. It is composed of 4 political barangays (the Middle Quirino Hill, Lower Quirino Hill, East Quirino Hill and West Quirino Hill) and Cocgcoga, Pico, La Trinidad, Benguet. Its total land area is approximately 96,183 square meters (or 9.6183 hectares) with estimated elevation of around 1,532.7 meters (or 5,028.5 feet) from the base and a base length of (still undetermined). It is characterized by steep hillsides with a flat summit ridge that arched down toward the east suspended by the La Trinidad Road at the city limit. Extending to the west includes the Buyog watershed to meet the uplands of barangays Pinget and Dreamland. The north hillside remains a camotal land of Cogcoga and the south hillside including the ridge is the populated clusters of the four Quirino Hill barangays.

Being sandwiched by <a href=’http://en.wikipedia.org/wiki/Baguio_City’ target=_blank>Baguio</a> and <a href=’http://en.wikipedia.org/wiki/La_Trinidad,_Benguet’ target=_blank>La Trinidad</a>, the climate of this place is the blend of these two great ‘cities.’ The temperature is claimed to have become relatively warmer which is being attributed to the disappearance of large trees and numbers of rock formations that are being substituted by residential houses and other infrastructure projects.

The land formation is characterized by the presence of rocks, caves (closed for the people’s safety), and pure soil. The houses, especially those were built at the steep soil, which can be mostly found at the La Trinidad Road wall need to strengthen the land with supporting structures to avoid land erosion and accident.

Optional Microchipping of Dogs In Baguio Pushed

31 August 2020

The City Veterinary and Agriculture Office (CVAO) disclosed that the mandatory registration and optional microchipping of pet dogs will still continue as it is the mandatory microchipping of canine that had been requested to be suspended by the city council.

City Veterinarian Bridget Piok stated that the CVAO will adhere to the wisdom of the local legislators in suspending the mandatory implementation of microchipping of dogs to pave the way for the crafting of the implementing rules and regulations (IRR) of Ordinance No. 60, series of 2020.

She claimed that there are many dog owners from the city’s barangays who allowed their pets to be microchipped which shows there are also pet owners who want to abide by the said program.

The city veterinarian claimed it will now be up to the city legislators to appreciate the merits of the petition of responsible pet owners who branded themselves as Baguio Against Mandatory Microchipping and facilitate the possible amendments to the existing ordinance to conform with prevailing laws.

She stated that the IRR for the ordinance will be crafted to be confirmed by the city council so that there will be no delays in the gains of the microchipping.

The City Council, during last Monday’s regular session, requested the suspension of the mandatory microchipping of dogs after pet owners trooped to the local legislative body to air their grievances against the implementation of the ordinance.

According to her, the CVAO will continue to implement the provisions of the ordinance that were not suspended, particularly the mandatory registration of dogs, the increase in the penalties for violators among others that seek to aggressively promote responsible pet ownership in the city to prevent the proliferation of stray dogs in the barangays.

Piok said that the local government respects the position of the petitioners against the mandatory microchipping but proponents argued on the merits of the measure paving the way for the crafting of the local law governing the rules and regulations in the registration, adoption and care of pet dogs.

She stipulated that the CVAO will await the action of the city council on the petition of the group calling for the amendment of the ordinance so that whatever will be approved as the new regulations will be enforced to empower people to be responsible pet owners and prevent the proliferation of stray dogs in the barangays and protect residents against rabid animals.

She emphasized the CVAO is also pursuing the other activities such as the ongoing anti-rabies immunization of dogs in the different barangays, the local government’s advocacy on urban gardening, among others, to ensure that residents will be spared from rabid animals in their places and to empower people to be food self-sufficient, especially during this pandemic. 

Functions of BADAC

Functions of BADAC (Barangay Anti-Drug Abuse Council)

1. Conducts regular meetings at least once a month and call for special meetings whenever necessary;

2. Plan, strategize, implement and evaluate programs and projects on drug abuse prevention  in the barangay;

3. Organize the BADAC Auxiliary Team (BAT) to compose ideal number of 25 members per 2,000 population of the barangay representing streets, puroks, subdivisions or sitios;

4. Orient the BAT on their roles and functions and in formulating plan of action to address the problem;

5. Equip Barangay Tanods and BAT on their roles and functions in the campaign against street-level illegal drug trade through seminars or trainings;

6. Coordinate or collaborate with other institutions implementing programs and projects on drug abuse prevention at the barangay level;

7. Continuously gather and update data on all drug-related incidents and its effects on the peace and order situation in the barangay including listing of suspected drug users and pushers;

8. Submit a monthly report to the Municipal Anti-Drug Abuse Council (MADAC) or City Anti-Drug Abuse Council (CADAC) copy furnished DILG Municipal Field Office or DILG City Field Office;

9. Refer suspected drug users to the MADAC / CADAC and other institutions for corresponding counselling and / or rehabilitation;

10. Conduct an Information, Education, and Communication (IEC) Campaign on illegal drug demand reduction;

11. Monitor disposition and progress of drug-related case filed;

12. Perform other related functions.

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​#BADACUnified (Encompasses all functions in one united effort)

​#DrugFreeBarangay (Focuses on the ultimate goal)

​#CommunityAgainstDrugs (Highlights community involvement)

​#BADACSafetyNet (Emphasizes protection and prevention)

​#PreventionInterventionRehab (Covers the three main pillars of anti-drug efforts)

​#BarangayActionAgainstDrugs (Action-oriented and specific to the barangay)

​#BADACGuardians (Positions BADAC as protectors of the community)

​#SamaSamaLabanDroga (Filipino for "Together Against Drugs," emphasizing unity)

​#ResilientBarangay (Focuses on building a strong community against drug abuse)

​#BADACWellness (Connects anti-drug efforts to overall community well-being)

How To Apply For Pag-IBIG Loyalty Card

1. Go to the nearest Pag-IBIG office.

2. Avail LOYALTY CARD APPLICATION FORM and fill up the fields.

3. Submit the filled form for verification, they may need some valid ID cards so you must have brought some with you.

4. Pay 100 pesos at the cashier.

5. Proceed for ID picture taking located inside the office.

6. After picture taking, you have to sign your ID electronically.

7. Login on their logbook.

8. Wait for 1 to 2 months before claiming your LOYALTY ID CARD at the Pag-IBIG office, if it was not claimed during that period, they may deliver it through mail to either your either permanent or current address depending on what mailing address have you chosen in your application form.

BENEFITS OF HAVING Pag-IBIG LOYALTY CARD

The Pag-IBIG Loyalty Card offers several valuable benefits to members:

● It serves as a valid official ID accepted for transactions like opening bank accounts, applying for passports or jobs, government services, senior citizen discounts, and voting.

● Members enjoy exclusive discounts and deals from over 300 partner establishments nationwide, including restaurants, grocery stores, pharmacies, hotels, tuition fee discounts, and medical services.

● The card provides priority lanes in Pag-IBIG Fund branches for faster transactions.

● The Pag-IBIG Loyalty Card Plus version functions as an ATM prepaid card where members can receive their Pag-IBIG loan proceeds, dividends, and refunds directly. It also allows cash withdrawals, deposits, online purchases, and bill payments.

● It encourages savings and investment through loyalty rewards points redeemable for various items and services.

Overall, the card combines identification, financial convenience, discounts, and rewards that enhance the member's interaction with Pag-IBIG Fund and partner establishments while boosting financial well-being and convenience.

CRISPR-Cas9 Applications(Beyond Gene Editing)

CRISPR-Cas9 Applications
(Beyond Gene Editing)

Revolutionary Applications Changing Our World

CRISPR-Cas9 is often celebrated for its groundbreaking gene-editing power, but its potential goes far beyond. Scientists are actively exploring new ways to harness this technology, opening doors to exciting innovations across medicine, agriculture, and environmental science.

One of the most promising applications lies in treating genetic disorders. CRISPR enables precise correction of faulty genes responsible for diseases, offering hope for cures to conditions previously deemed untreatable. Imagine a future where inherited disorders could be edited out before symptoms even appear.

In agriculture, CRISPR technology is enhancing crop resilience by developing plants that withstand harsh conditions such as drought, pests, and disease. This means healthier crops, improved food security, and reduced reliance on harmful pesticides, all critical in adapting to a changing climate.

Speaking of climate, CRISPR also holds promise for combating climate change. By modifying microorganisms, researchers aim to optimize carbon capture or biodegradation processes, potentially lessening greenhouse gas effects and promoting environmental restoration.

As research progresses, CRISPR-Cas9 continues to transform multiple fields, driving innovation that could profoundly impact human health, food sustainability, and our planet’s future.

#CRISPR #GeneEditing #GeneticDisorders #CropResilience #TK360° #QHMixProject #ClimateChange #Biotechnology #Innovation #ScienceForGood #SustainableFarming #EnvironmentalScience #MQHBPAOAPSACP #MiddleQuirinoHillBarangay_PeaceAndOrderPublicSafety_AwarenessCampaignProject_Discoveries 

Fetus helps the mother to be healthy (Fetal Microchimerism)

Fetus helps the mother to be healthy

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The relationship between a fetus and the mother is indeed a fascinating and complex one. During pregnancy, the fetus plays a significant role in influencing the mother's health in various ways.

Nutritional Needs and Health Signals

Nutritional Influence

The fetus relies on the mother for nutrients, which can encourage the mother to maintain a healthier diet. This often leads to increased consumption of essential vitamins and minerals, such as folic acid, iron, and calcium, which are crucial for both fetal development and maternal health.

Hormonal Changes

Pregnancy triggers hormonal changes that can affect the mother's metabolism and immune system. For instance, hormones like human chorionic gonadotropin (hCG) and progesterone help support the pregnancy and can also lead to changes in the mother's body that promote better health.

Psychological and Emotional Aspects

Motivation for Healthier Choices
Expecting mothers often feel a heightened sense of responsibility for their unborn child, which can motivate them to adopt healthier lifestyle choices. This includes quitting smoking, reducing alcohol consumption, and engaging in regular physical activity, all of which benefit both the mother and the fetus.

Emotional Well-being

The emotional bond that develops during pregnancy can also enhance the mother's mental health. Positive feelings about the pregnancy can lead to reduced stress and anxiety, contributing to overall well-being.

Conclusion

In summary, the fetus can positively influence the mother's health through nutritional demands, hormonal changes, and emotional connections. This symbiotic relationship highlights the importance of prenatal care and healthy lifestyle choices during pregnancy.

Discovery that a fetus helps the mother's heart health

Recent research has uncovered fascinating insights into how a fetus may contribute to the mother's heart health during pregnancy. This phenomenon is primarily linked to the concept of fetal microchimerism, where fetal cells enter the mother's bloodstream and can persist in her body long after childbirth.

Fetal Microchimerism and Heart Health

What is Fetal Microchimerism?
Fetal microchimerism refers to the presence of a small number of cells from the fetus that remain in the mother's body after pregnancy. These cells can integrate into various maternal tissues, including the heart, and may play a role in maternal health.

Potential Benefits for Heart Health

Emerging studies suggest that fetal stem cells can migrate from the fetus to the mother's heart, where they may help repair damaged tissue. This is particularly significant because heart health is crucial for overall maternal well-being. The fetal cells are believed to have regenerative properties, potentially differentiating into heart cells and contributing to the repair of any cardiac damage the mother may have experienced.

Research Findings

Initial findings indicate that these fetal cells can target areas in the mother's body that have experienced injury or damage. For instance, some studies have shown that fetal stem cells may migrate to the mother's heart and assist in tissue repair, which could have implications for treating heart diseases in women.

Implications for Maternal Health

The discovery that fetal cells can aid in repairing maternal organs, particularly the heart, opens new avenues for research in regenerative medicine. Understanding how these cells function could lead to innovative treatments for heart conditions and enhance our knowledge of the maternal-fetal relationship.

In summary, the interaction between a fetus and the mother's body is not just a one-way street; it appears that the fetus can actively contribute to the mother's health, particularly in terms of heart health, through the mechanisms of microchimerism and stem cell migration. This area of research is still developing, but it holds great promise for future medical advancements.

#FetalMicrochimerism #PregnancyDiscovery #MotherAndChild #HeartHealth #HealingFromWithin #UnbornHealers #MaternalHealth  #ScienceBreakthrough #RegenerativeMedicine #LifeSciences #MedicalResearch #PregnancyMiracle
#TK360° #MQHBPAOAPSACP
#MiddleQuirinoHillBarangay_PeaceAndOrderAndPublicSafety_AwarenessCampaignProject_Discoveries

Scientists Successfully Demonstrated the Conversion of Lead into Gold

Conversion of Lead into Gold

Video

Scientists have recently demonstrated a groundbreaking transformation of lead into gold, a feat once thought to belong only to the realm of alchemy. This success marks a significant milestone in modern chemistry and nuclear physics, showcasing how advanced technology can achieve what ancient alchemists dreamed of.

The process hinges on nuclear transmutation, where the atomic nucleus of one element is changed into another. In this case, scientists used particle accelerators to bombard lead atoms with high-energy particles, causing nuclear reactions that altered the number of protons in the nucleus. Since the number of protons defines the element, reducing lead’s 82 protons to gold’s 79 protons effectively turned lead into gold.

This achievement was verified through precise measurements and spectroscopic analysis confirming the atomic structure and properties of the resulting gold. Although the amount of gold produced was minuscule and the procedure costly, this demonstration proves that elemental transformation is scientifically possible.

The implications of this research extend beyond the symbolic conversion of lead to gold. It opens new pathways in nuclear chemistry for creating rare isotopes, advancing materials science, and potentially unlocking innovative methods for waste recycling and energy generation.

While the dream of mass-producing gold from lead remains far from practical reality due to cost and efficiency challenges, this success validates the power of modern science to rewrite what was once deemed impossible. It also inspires ongoing exploration at the intersection of physics, chemistry, and material science.

The scientific community hails this as a triumph of ingenuity and precision, reminding us that the spirit of discovery continues to transform human understanding of the natural world.