✅ Step-by-step: “Mentor mapping”

✅ Step 1: Build a shortlist of target doctors

Pick 10–25 pioneer clinicians or program directors in your specialty niche.

Where to find names (choose 2–3 sources):

• 📌 Program faculty pages (your target institutions)
• 📌 Recent conference speaker lists in your niche
• 📌 Last-author/senior-author names from guidelines/review articles
• 📌 “Where do trainees like me actually rotate/work?” (ask senior residents/fellows)

✅ Step 2: Search the research rabbit wth the author name and use the map views to reveal the doctor network

Your goal is not “more papers.” Your goal is:

• 📌 Who collaborates with whom?
• 📌 Which clinicians repeatedly appear in the same cluster?

Use these views strategically:

• ✅ Network view: identifies clusters and connected authors
• ✅ Timeline view: shows whether this group is currently active vs historically important

after opening https://app.researchrabbit.ai/

Search with title of article of the author you want to check its network say we want to map the connections of Dr Carl J Lavie choose any artcile he authored

Cick on his name

apply the filters to see the authors view Now You can see the list of the connections to the target doctor

✅ Step 3: Identify 3 tiers of “contact targets” (this is where opportunity usually lives)

Think in tiers:

• 📌 Tier A (Visible leaders): famous senior names

• ✅ Tier B (Active builders): mid-career clinician-scientists leading projects
  Often the best mentorship.

• ✅ Tier C (Gateway collaborators): frequent co-authors, junior faculty, senior fellows, lab managers
  Often the fastest path to joining a project or getting rotation guidance.

✅ Step 4: Reality-check outside ResearchRabbit (avoid false targets)

Before emailing anyone:

• 📌 Confirm role + contact info on the institution site
• 📌 Confirm they actually mentor trainees (lab page, trainees listed, recent projects)

RSS (Really Simple Syndication) is a stream of updates from a source (journal, search, author, etc.). Subscribe once, and new items land in your reader—or your Telegram channel—without refreshing 20 tabs. It’s fast, lightweight, and works across most scholarly sites.

What you’ll need

• One place to receive updates:

  • An RSS reader (e.g. Inoreader, Feedly, NewsBlur, NetNewsWire, Reeder).

  • OR a Telegram setup (Feed Reader Bot / RSS bot) to push updates to a channel (broadcast) or group (team discussion).

• Your sources: PubMed searches, Scopus searches or author/document pages.

PubMed: turn any search into an RSS feed

1. Run your PubMed search and apply filters (Trials only, Reviews, Most Recent, date ranges, article types, language, etc.).

2. Click Create RSS right under the search box.

3. Name the feed, then Create RSS.

4. Copy the RSS Feed Link.

For Scopus, Web of science or the rest of the databases

mostly I will do the same steps we did in PubMed and you will see the RSS feed sign in the page of search

Journals & sites without an obvious feed

• Many journals expose Latest/Early View/In Press feeds—look for the orange RSS icon or “RSS/XML” in the footer. Here an example from JAMA Network - -

• If a site has no feed, generate one with RSSHub Radar (open-source) Chrome extension

Where to read: two winning patterns

1) A classic RSS reader

Use Inoreader/Feedly: paste the feed URL

2) Telegram (for teams, or personal push)

RSS Bot (@rss2tg_bot)

• To post into a Channel or Group:

  1. Add the bot as Admin of the channel/group.

  2. In the bot: /channel (or /group) → select your destination → then /add <feed_url>.

     added the two feeds from my blog in the channel by writeing this code @rss2tg_bot https://<RSSfeed LINK You Copied from the Source> to adjust the settings you have to write this code /settings@rss2tg_bot